CN101996104B - System and method for enabling resources in information processing system - Google Patents

System and method for enabling resources in information processing system Download PDF

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Publication number
CN101996104B
CN101996104B CN200910167144.5A CN200910167144A CN101996104B CN 101996104 B CN101996104 B CN 101996104B CN 200910167144 A CN200910167144 A CN 200910167144A CN 101996104 B CN101996104 B CN 101996104B
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disposal system
resource
message
event
information handling
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CN101996104A (en
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A·T·苏丹富斯
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Dell Products LP
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Dell Products LP
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Abstract

The invention discloses a system and a method for enabling resources in an information processing system. In one mode, the information processing system can comprise an event detection module, which can be operated to detect an event initiated by a user and an event initiated by a guest. The information processing system can also comprise a resource allocation module which is coupled to the event detection module. In the mode, the resource allocation module can be operated to map a first detected event to a first operation state of a first processing system. The information processing system can also comprise a second processing system, which can respond to the resource allocation module and can be operated to visit a sharing resource of the first processing system. The resource allocation module can be configured to initiate information output, and the information is output by the second processing system by using the sharing resource of the first processing system.

Description

For enabling the system and method for the resource of information handling system
Technical field
Present invention relates in general to information handling system, more particularly relate to a kind of for enabling the system and method for the resource of information handling system.
Background technology
Along with the value of information and the continuous growth of use, individual and businessman all seek to process and storage information by more method.Information handling system is a kind of selection wherein.Information handling system is conventionally processed, compiles, stores and/or transmit the information for business, individual or other object or data.Owing to saying that for different should being used for technology and information processing needs and requirement can differ widely, so information handling system also varies, this all depends on what information of processing, how process information, process, store or transmit how much information, and how to process fast and effectively, store or transmission information.These variations in information handling system make information handling system can be general or be the special configuration of specific user or specific purposes (predetermined such as financial business processing, flight, business data storage or global communication).In addition, information handling system can be configured to use multiple hardwares and software, these hardware and softwares can be configured to processing, storage and transmission information, and information handling system can also comprise one or more computer systems, data-storage system and network system.
Summary of the invention
The invention provides a kind of information handling system, this information handling system comprises: event checking module, and this event checking module is operating as Client-initiated event and non-Client-initiated event is detected; Resource distribution module, this resource distribution module is coupled to described event checking module, and described resource distribution module is operating as the first mode of operation that the event that first is detected is mapped to the first disposal system; And second disposal system, this second disposal system responds described resource distribution module, and is operating as the shared resource of described the first disposal system is conducted interviews; Wherein said resource distribution module is configured to initiate the output to information, and described information will be exported with the shared resource of described the first disposal system by described the second disposal system.
It is a kind of for enabling the method for the resource of information handling system that the present invention also provides, and the method comprises: detection event, and this event can be operating as the access of initiating the first resource set of the first disposal system; Identify the first profile of described the first disposal system, described the first profile comprises a plurality of resource assignment item of described the first disposal system that the second disposal system can be accessed; By described a plurality of resource assignment item, enable the first resource set of described the first disposal system; And use described the second disposal system to visit described first resource set.
The present invention also provides a kind of information handling system, and this information handling system comprises:
The first disposal system, this first disposal system comprises: the first primary processor, this first primary processor can be operating as by the first available resource set and carry out process information, wherein said the first available resource set comprises: share display resource, this shared display resource comprises the storage arrangement for iatron resolution value; With shared input media resource, this shared input media resource is configured to receive input via sharing operation environment and unshared operating environment;
The second disposal system, this second disposal system comprises: the second primary processor, this second primary processor can be operating as process information to export via described the first disposal system; And video conversion module, thereby this video conversion module can be operating as and described monitor resolution value is conducted interviews to format described information uses described shared display to export;
Event checking module, this event checking module is configured to detect user activated event and non-user activated event, and described event checking module is also configured to initiate the access to described the first disposal system by a part for described the second disposal system; And
Resource distribution module, this resource distribution module is operating as the available resources of determining described the first disposal system and described the second disposal system.
Accompanying drawing explanation
Simply clear in order to describe, the various elements in accompanying drawing are not drawn in strict accordance with size.For example, the size of some elements has carried out amplifying processing with respect to other element.
The specific embodiment of the present invention is show and describe according to these following accompanying drawings, wherein:
Fig. 1 is the block diagram of information handling system according to an aspect of the present invention;
Fig. 2 is the functional block diagram of the information handling system of the resource that operationally comprises distribution according to an aspect of the present invention;
Fig. 3 is the process flow diagram of the method for the resource for visit information disposal system according to an aspect of the present invention;
Fig. 4 be according to an aspect of the present invention for export the comprising for exporting closely and the functional block diagram of the information handling system of the revisable mode of operation of non-close simplification resource of non-close content with local resource;
Fig. 5 be according to an aspect of the present invention for export the use of non-close content with local resource, simplify the functional block diagram of the information handling system of resource;
Fig. 6 be according to an aspect of the present invention for export the functional block diagram of information handling system of use allocation and deallocation (de-allocate) resource of non-close content with local resource; And
Fig. 7 be according to an aspect of the present invention for export the functional block diagram of resource distribution module of the local resource for assignment information disposal system of non-close content with local resource.
The same reference numerals of using in different accompanying drawings refers to same or analogous.
Embodiment
Description below in conjunction with accompanying drawing will contribute to understand the present invention.Discussion is below mainly about particular implementation and embodiment.These specific descriptions should be understood to the auxiliary of the understanding of the embodiment of invention rather than the restriction to scope of the present invention and practicality.Yet, in the present invention, can also use other embodiment.These embodiments can be used to equally other application and be used to the architecture of some other types (such as counting system structure, client/server architecture or intermediate equipment server architecture and associated component).
For the purposes of the present invention, information handling system can comprise any be used for calculating, classify, move, launch, receive, retrieve, initiate, change, store, show, represent, detect, record, reproduce, process or the using any type of information for business, science and technology, control, amusement or other object, intelligence or the means of data or the combination of means.For example, information handling system can be PC, PDA, consumer electronics device, the webserver or memory storage, translation router, wireless router or other network communication device or any other suitable device, and can have different sizes, shape, performance, function and price.Information handling system can comprise storer (volatibility (such as random access memory etc.), non-volatile (such as ROM (read-only memory), flash memory etc.) or combination in any wherein), one or more processing resource (such as CPU (central processing unit) (CPU), graphics processing unit (GPU)), hardware or software control logic or combination in any wherein.Other assembly of information handling system can comprise one or more memory storages, one or more communication port and various input and output (I/O) devices (such as keyboard, mouse, video/image display or combination in any wherein) for communicating with external device (ED).Information handling system also can comprise can be operated to one or more buses of communicating between various nextport hardware component NextPorts.The part of information handling system itself just can be counted as information handling system.
The part of information handling system, when mentioning by " device ", " module " etc., can be configured to hardware, software (can comprise firmware) or combination in any wherein.For example, the part of information handling system device can be hardware (such as integrated circuit (such as ASIC(Application Specific Integrated Circuit) (ASIC)), field programmable gate array (FPGA), structure ASIC or be embedded into compared with the device on large chip), card (such as peripheral component interface (PCI) card, PCI quick (PCI-express) card, personal computer memory card internation combination (PCMCIA) card or other any expansion card) or system (such as mainboard, monolithic system (SoC) or autonomous device).Similarly, device can be software, comprises that the firmware that is embedded into device is (such as Intel Pentium series or PowerPC tMthe processor of brand or other this device) software that maybe can operate the relevant environment of information handling system.Described device can also be the combination of the example of above-mentioned software and hardware.Information handling system can comprise integrated circuit or plate level (board-level) product, and a part wherein can be the combination of hardware and software equally.
Device or the program of communication do not need continuous communiction each other each other, unless specified.In addition, device or the program of communication can be by the direct or indirect communications of one or more intermediarys each other.
Following embodiment is partly described Distributed Calculation solution, and this Distributed Calculation solution manages all or part of of the communication interaction between network element.In content, communication interaction can be to want transmission information, transmission information, solicited message, reception information, reception information request or combination in any wherein in this section.So, communication interaction can be unidirectional, two-way or multidirectional, or combination in any wherein.In some cases, communication interaction can be relatively complicated, relates to two or more network elements.For example, communication interaction can be the related communication between " dialogue " or a series of client and server---between each network element, send and receive information mutually.Communication interaction between network element needn't be restricted to specific form.Network element can be another assembly of node, hardware, software, firmware, intermediate equipment, computing system, or combination in any wherein.
In description below, flow process operation technique is described with a series of orderly actions.Unless specialized differently, in the situation that do not depart from the scope of embodiment, action sequence and action executing side can freely change.These actions can be added, delete or change with number of ways.Similarly, can also these actions be reset or be circulated.In addition,, although can process, method, algorithm etc. be described employing order, these processes, method, algorithm or combination in any wherein also operationally adopt other replaceable order to carry out.In addition, some actions in process, method or algorithm can be carried out at least one time point (for example action of executed in parallel) simultaneously, can also be integrally, partly or by combination in any wherein carry out.
The similar expression that belongs to as used herein " comprising ", " comprising ", " having " or other form all refers to comprising of non-exclusive formula (non-exclusive).The process, method, article or the equipment that for example comprise series of features have more than and are limited to these features, and it can comprise feature or the intrinsic feature of these processes, method, article or equipment that other is not listed specially equally.In addition, different unless specifically indicated otherwise, "or" refers to has the "or" that comprises implication, is not the "or" with the implication of eliminating.For example, the following condition " A or B " that all can make is set up: A is that true (or existence) and B are false (or not existing), and A is that false (or not existing) and B are true (or existence), and A and B are true (or existence).
Equally, word " " is used to describe element and assembly.This is only for convenient, and is used for providing the general significance of scope of the present invention.To this understanding, should comprise one and at least one, odd number has plural meaning equally, and vice versa, unless clearly indicated, has other meaning.For example, when having described single assembly, can to it, replace with more than one device.Similarly, when having described more than one device, can to it, replace with single assembly.
Unless otherwise defined, the meaning of all technology used herein and scientific and technical terminology is known to those skilled in the art in the invention.Although the method similar or identical with material with method described herein and material can be used to practice and the test of embodiments of the present invention, below suitable method and material are described.All publications, patent application, patent and other reference of mentioning all think and added its whole content by it is applied, except non-quoted specific paragraph.Once conflict, with instructions of the present invention (comprising definition), be as the criterion.In addition, material, method and example only play descriptive effect, do not provide constraints.
As the extension of description herein, can also in the resource of textbook and other relevant calculation, electronics and software field, find the specific descriptions about certain material, disposal route and circuit, these descriptions are all conventional.
Below having described information processing system unifies for using the method for this information handling system.Before the method for introducing use system, first having carried out exemplary, unrestriced system describes.Some functional homologous rays of module in system are described together.These after the description of system and module will make the effect of system and its module more apparent to the description of method.
According to an aspect of the present invention, information handling system can comprise event checking module, and this event checking module operationally detects Client-initiated event and non-Client-initiated event.This information handling system can also comprise resource distribution module, and this resource distribution module is coupled to described event checking module.In one form, the event that described resource distribution module operationally detects first is mapped to the first mode of operation of the first disposal system.Described information handling system can also comprise the second disposal system, and this second disposal system responds described resource distribution module, and operationally the shared resource of described the first disposal system is conducted interviews.Described resource distribution module can be configured to initiate the output to information, and this information will be exported with the shared resource of described the first disposal system by described the second disposal system.
According to a further aspect in the invention, disclose a kind of for enabling the method for the resource of information handling system.The method can comprise detection event, and this event is operationally initiated the access to the first resource set of the first disposal system.Described method can also comprise the first profile of identifying described the first disposal system.In one form, described the first profile can comprise a plurality of resource assignment item of the described first information disposal system that can be accessed by described the second disposal system.Described method can also comprise by described a plurality of resource assignment item enables the first resource set of described the first disposal system, and uses described the second disposal system to visit described first resource set.
According to another aspect of the invention, information handling system can comprise the first disposal system, and this first disposal system has the first primary processor, and this first primary processor can be operating as by the first available resource set and carry out process information.In one form, described the first available resource set can comprise shares display resource, this shared display resource comprises the storage arrangement for iatron resolution value, and is configured to receive via sharing operation environment and unshared operating environment the shared input media of input.Described information handling system can also comprise the second disposal system, this second disposal system has the second primary processor and video conversion module, wherein said the second primary processor operationally process information, to export via described the first disposal system, is used described shared display to export thereby described video conversion module operationally conducts interviews to format described information to described monitor resolution value.Described information handling system can also comprise event checking module, and this event checking module is configured to detect user activated event and non-user activated event.In one form, described event checking module also can be configured to initiate the access to described the first disposal system by a part for described the second disposal system.Described information handling system can also comprise resource distribution module, and this resource distribution module can be configured to determine the available resources of described the first disposal system and described the second disposal system.
Fig. 1 is the block diagram of the example embodiment of information handling system, and is designated as 100.In one form, described information handling system 100 can be computer system, such as the information handling system of desk-top computer, notebook, server or various other types.As shown in Figure 1, described information handling system 100 can comprise event checking module 102, and this event checking module 102 operationally detects user activated and non-user activated event.Described event checking module 102 can be coupled to resource distribution module 104, and this resource distribution module 104 can be accessed one or more resource profile 106.Described information handling system 100 can also comprise the first disposal system 108, and this first disposal system 108 is coupled to the first non shared resources 110 of described the first disposal system 108.In one form, described the first disposal system 108 can comprise host chipset, processor, storer, communication bus, peripheral unit, application program, basic input/output (BIOS) or combination in any (not shown) wherein.Described the first disposal system 108 can also comprise shared resource, and described shared resource comprises shares input resource 112, shared peripheral resource 114, shared power resources 116, sharing application resource 118, shared output resource 120 or combination in any wherein.Described the first disposal system 108 can be coupled to described resource distribution module 104 and one or more resource profile being associated 106, and described resource distribution module 104 is operationally in response to by the detected event of described event checking module 102, the shared resource being used being distributed.In one form, described shared resource 112,114,116,118,120 can be configured to a part for described the first disposal system 108 and can be conducted interviews by one or more disposal systems.In other form, one or more in described shared resource can be external in described the first disposal system 104.
According on the other hand, described information handling system 100 can also comprise the second disposal system 122, and described the second disposal system 122 comprises the second non shared resources 124.Described the second disposal system 122 can be coupled to shared resource 112,114,116,118,120 one or more of described the first disposal system 108.Described the second disposal system 122 also can be coupled to described resource distribution module 104, and described resource distribution module 104 is operationally to distributing the resource of being used by described the second disposal system 122.In addition, described resource distribution module 104 can also be coupled to n disposal system 126, and described n disposal system 126 is operationally coupled to one or more in the shared resource 112,114,116,118,120 of described the first disposal system 108.Described n disposal system 126 can also comprise n non shared resources 128.
During operation, described event checking module 102 can detect Client-initiated event, non-Client-initiated event or combination in any wherein.For example, Client-initiated event can comprise that the user that can produce user activated event activates hardware, software or at user option interface or the combination wherein of button, button or other type.For example, user can select button to visit the messages application of described information handling system 100.So, described event checking module 102 can detect accessing the request of described messages application and event request being coupled to described resource distribution module 104.
According on the other hand, described event checking module 102 can detect non-Client-initiated event.For example, described information handling system 100 can comprise communication module (not shown), and described communication module is operationally carried out receiving communication signal via radio communication, land or wire communication or combination in any wherein.Described information handling system 100 can detect described non-Client-initiated event, and the input that the detection of described event is identified can be coupled to described resource distribution module 104.Described resource distribution module 104 can carry out recognition resource profile 106 by detected event, and activates the resource for the treatment of described non-Client-initiated event.For example, described resource profile 106 can comprise the list of the expectation resource of described the first disposal system 108, described the second disposal system 122, described n disposal system 126 or combination in any wherein.Described resource distribution module 104 can activate the resource and the resource that can be used for processing described event based on using the described resource profile of detected event subsequently.
In one form, described information handling system 100 can detect the non-Client-initiated event that is sent to the electronic installation that is different from described information handling system 100.For example, described event checking module 102 can be configured to detect being formatted as the message that can be received by the electronic installation that is configured to receipt message of intelligent telephone equipment, blackberry, blueberry (Blackberry) device or any type.For example described information handling system 100 can comprise communication module (not shown), and this communication module operationally transmits message.For example, wireless information transmits network, such as the wireless or cable network that can send message of SMS network, the network that can use blackberry, blueberry or any other type.
According to an aspect, described event checking module 102 can be coupled to detected input described resource distribution module 104, and described resource distribution module 104 indications have detected (or extended formatting) message of blackberry, blueberry form.So, described resource distribution module 104 can be accessed described resource profile 106 and be determined the resource profile of described event, and initiates to process described blackberry, blueberry message to being equipped with dividing of resource.
In exemplary form, described information handling system 100 can operate in low-power operation state, thereby can comprise that enough resources carry out detected wireless signals.So, described resource distribution module 104 can be determined the current operation status of described information handling system 100, and enable resource (such as the second disposal system 122, shared input resource 112, shared power resources 116, sharing application resource 118, shared output resource 120 or combination in any wherein), to process and to export the response of the wireless signal to being received.So, can use limited quantity resource in the situation that described in needn't initialization the additional resource of information handling system 100 to being used for output, the operating environment of the response of message (such as blackberry, blueberry message) is enabled.For example, can use described 122 pairs of shared peripheral resources 114 of the second disposal system (such as display) to conduct interviews to export described message.In addition, the keyboard of described the first disposal system 108 or other output unit can be powered so that user can respond described message.So, can produce limited resource operation environment and with permission, message is received and responded, and needn't power up whole information handling system 100.In this mode, above-knee or notebook system can be used to receive the message of the message dispensing device that is assigned to blackberry, blueberry or other type, allow thus user to use with respect to blackberry device or the larger display of intelligent telephone equipment and check message, and edit and reply message with keyboard and the display of portable or notebook system with the input media being associated.
The functional block diagram of the information handling system 200 of Fig. 2 resource that operationally comprises distribution according to an aspect of the present invention.Described information handling system can comprise host processing system 202, and described host processing system 202 can comprise main (host) CPU, host CPU chipset, storer, master operating system.Described host processing system 202 can also comprise that BIOS 238, the one BIOS 238 operationally enable the resource that can be accessed by described host processing system 202.Described information handling system 200 can also comprise the second disposal system, and it is usually described as the second disposal system 204, wherein can comprise aiding CPU, aiding CPU chipset, supplementary storage and auxiliary operation system.Described the second disposal system 205 can also comprise that the 2nd BIOS 240, the two BIOS 240 operationally enable the resource that can be accessed by described the second disposal system 204.In one form, described the second disposal system 204 can comprise BIOS expansion equipment or the input that can jointly be used by described host processing system 202.
According to an aspect, described host processing system 202 and described the second disposal system 204 can be coupled to resource distribution module 206.For example, described host processing system 202 can be coupled to described resource distribution module 206 by the first bus 208 and the second bus 210.In one form, described the first bus 208 can comprise (LPC) bus of low pin number (low pin count), and described the second bus can comprise System Management Bus (SMBUS).In addition, described the second disposal system 204 can be coupled to described resource distribution module 206 by the 3rd bus 212 and the 4th bus 214.In one form, described the 3rd bus 212 can comprise the bus of PS2 bus, RS232 bus, spi bus or any other form.In another form, described the 4th bus 214 can comprise the desired bus of SMBUS or other any type.
Described information handling system 200 can also comprise event checking module 218 and resource profile source 220, described event checking module 218 is coupled to described resource distribution module 206, and described resource profile source 220 is stored in storer and can be accessed by described resource distribution module 206.Described host processing system 202 can also be coupled to the first non shared resources 222 and peripheral modular converter 224.Described the second disposal system 202 can be coupled to the second non shared resources 226 and described peripheral modular converter 224.Described resource distribution module 206 can also be coupled to input media 228 (such as keyboard, contactor control device (pointing device) or above-mentioned combination).Described resource distribution module 206 can also be coupled to the display 230 (such as flat-panel screens or flat-panel monitor) that can comprise backlight and ambient light sensor (ALS) function.Described resource distribution module 206 can also be coupled to power resources 232, and described power resources 232 operationally powers up and export main processing power 234 to described the second disposal system 204.Described peripheral converting system 224 can also be coupled to one or more shared peripherals 236.
Fig. 3 is the process flow diagram of the method for the resource for visit information disposal system according to an aspect of the present invention.Fig. 3 can be by the information handling system 400 in the information handling system 100 in Fig. 1, information handling system 200 in Fig. 2, Fig. 4 below or operationally with system, controller, device, module, processor or any combination wherein of any other type of the method in all or part Fig. 3, is come integrally or partly to implement.In addition, described method can also be specifically described by various types of codimg logics, comprising software, firmware, hardware or other forms of digital storage media, computer-readable medium or logic or combination in any wherein, these codimg logics operationally provide all or part of of method described in Fig. 3.
Described method starts from square 300 conventionally, and now event is detected.For example, described event can comprise user activated event, non-user activated event or combination wherein, and they initiate the change to the mode of operation of information handling system.For example, event can comprise that message, communication, button are selected or other form for changing the input of the operational circumstances of information handling system.Can detect described event, to enable the resource in information handling system, described information handling system comprises a plurality of disposal systems with hardware and software component, and described hardware and software component can optionally be enabled and share between described disposal system with processing event and create not the operating environment by the current use of described information handling system.In some embodiments, it may be useful only by a part for disposal system, enabling the operating environment that may be not intended to for described disposal system or information handling system.For example, notebook or laptop computer system may not can be used to create the operating environment of hand-held device (such as mobile communications device etc.) traditionally.So, the limited resource of described information handling system comprises and can by the second disposal system in described information handling system, be accessed and use to create the first disposal system of the operating environment (such as mobile communications device operating environment) of expectation.In this mode, comprise that the information handling system of notebook or laptop computer system can produce the resource operation environment of simplification in response to detected event.
Once the event of detecting, described method can proceed to square 302, and the mode of operation of information handling system can be determined.For example, operating conditions can comprise the multiple operational states of information handling system, comprising but be not limited to low power state, waiting status, dormant state, closed condition, state of activation or various other mode of operation.Once the mode of operation to described information handling system detects, described method can proceed to square 304, and described method can detect the available resources of the first disposal system in described information handling system.For example, sleep pattern may be detected, so talk about, the limited resource of the first disposal system in described information handling system can be activated.For example, communication module, low power communication bus, low power consumption processor or controller etc. can be only resources that is activated in described the first disposal system.In one form, the BIOS of information handling system can be accessed to determine which resource is activated.So, once the resource that mode of operation detected and enable, described method can proceed to square 306, and can the resource based on detected event be identified by profile.For example, described resource profile can be stored in the storage arrangement of described information handling system, and can comprise that a plurality of resource items (entry) are processing detected event.
Once described resource profile is conducted interviews, described method can proceed to square 308 recognition resource set in the first disposal system, the second disposal system, n disposal system or combination in any wherein.For example, the first resource set of described the first disposal system can with together with the Secondary resource set of described the second disposal system, use to process detected event or initiate application.In another form, the one or more devices in described the first disposal system or the second disposal system or assembly can be powered to enter into movable mode of operation.So, power resources can be coupled to one or more devices so that the one or more additional resources in described the first disposal system or the second disposal system are enabled or to be powered up.In this mode, do not need all devices or the assembly of each disposal system to power up, these devices can as required or be expected to use described resource profile optionally to activate.
Once the resource that will enable is identified, described method can proceed to and determine square 310, and determines whether the resource in described the first disposal system will be activated.If resource will be activated, described method can proceed to square 312, and the specific resources in described the first disposal system can be activated.For example, described the first disposal system can comprise output unit (such as display) and input media (such as keyboard), and they all can be activated according to specifically applying with resource profile.So, described method can be enabled the specific resources of described the first disposal system, and can proceed to decision square 314.If the resource in the first disposal system described in square 310 does not need to be activated, described method can proceed to and determine square 314 and determine whether the resource in the second disposal system will be activated.For example, described the second disposal system can comprise processor, communication module, software or other resource that can be activated if desired and together use with the resource being activated of described the first disposal system.If the resource in determining square 314 second disposal systems will be activated, described method can proceed to square 316, and enables the resource in described the second disposal system.For example, described the second disposal system resource can be identified and be activated according to being desirably in square 316 places at square 308.
Once enable specific resources, described method can proceed to square 318 subsequently, and if expectation, the resource of enabling of described the first disposal system and described the second disposal system can be accessed and be used in combination with detected event.Once enabled resource is conducted interviews, described method can proceed to subsequently and determine square 320, and determines whether to maintain the access to described resource.If will can not determine that 320 pairs of access of square maintain, described method can proceed to square 322, and the resource being activated of described the first disposal system and described the second disposal system can be disabled according to expectation.For example, the resource being activated can be disabled so that described information handling system turns back to mode of operation previous or that replace according to expectation.Described method can proceed to subsequently square 324 and user and non-user activated event are monitored, once and event detected, can carry out repetition at square 300.
Fig. 4 is the functional block diagram that is configured to use with the local resource of simplifying the information handling system (being labeled as 400) of revisable mode of operation output data according to an aspect of the present invention.Described information handling system 400 comprises processor 402, and this processor 402 is coupled to north bridge 404.Clock 406 can be to other assembly output timing signals of described processor 402 and described information handling system 400.Described north bridge 404 also can be coupled to the first dual inline memory module (DIMM) 408 and the 2nd DIMM410.Described north bridge 404 can also be coupled to video multiplexer (MUX) 412, and this video multiplexer 412 is operationally exported the vision signal showing in display 414.Described display 414 comprises inverter (inverter) and automatic optical sensor module 416.Described north bridge 404 also can be coupled to video conversion module 418 and video graphics array (VGA) port 420.Display port 424 can be coupled to display port switch 422, described display port switch 422 is operationally coupled to described north bridge 404 and E expansion slot module 474, and its resource that can expand described system 400 is with access battery, medium sheet (slice), I/O encapsulation or various other resources.
Described information handling system 400 can also comprise south bridge 426, and this south bridge 426 is coupled to described north bridge 404.DAI module 428 can also be coupled to E expansion slot resource 474 and audio frequency bypass 430.Described audio frequency bypass 430 can also be coupled to loudspeaker and amplifier 432.Described loudspeaker and amplifier 432 can also be coupled to microphone and earphone module 434.Described south bridge 426 can also be coupled to modulator-demodular unit 436 (such as the modulator-demodular unit of enabling RJ-11 or POTS) and audio frequency output module 440, and this audio frequency output module 440 operationally carrys out coupling audio output signal with described south bridge 426.
Described south bridge 426 can be coupled to described E module bracket (bay) 442, serial advanced technology attachment belongs to hard disk drive (SATA HDD) the 444 and first serial peripheral interface (SPI) flash memory 446.Described south bridge 426 can also be coupled to serial i/O (SIO) integrated flash memory module 448.Described SIO integrated flash memory module 448 can be coupled to Wireless Fidelity (WIFI) steady arm module 450, the 2nd SPI flash memory module 452, primary power button 454 and resource access button 456, and wherein said WIFI steady arm module 450 can refer to 802.11x or other short-range wireless networkings of any type.Keyboard 458 can be coupled to touch pad and KSI/KSO module 460.Described SIO expansion module 462 can also be coupled to described SIO integrated flash memory 448 and can be coupled to I/O TPM module 464.Described I/O credible platform module (TPM) module 464 can be coupled to biologicall test (biometric) multiplexer 468 and biologicall test input source 470, and this biologicall test input source 470 is operationally inputted user's biologicall test.
Described E expansion slot module 474 can also be coupled to described SIO expansion module 448 via interface 472.Described south bridge 426 can also interconnected via peripheral computer (PCI) quick (express) bus be coupled to I/O module 478, quick (PCI express) module 480 of PCI.Described south bridge 426 also can be coupled to the usb bus of described information handling system 400 USB 2.0 access ports 482.1/2 mini-card module 484 can also be used the quick bus coupling of PCI to described south bridge 426.Described information handling system 400 can also comprise mini-card wireless wide area network (WWAN) module 488 that is coupled to described south bridge 426.
Described information handling system 400 also comprises BLT module 490, and this BLT module 490 is operationally coupled to second display 492 and is configured to described video MUX 412 outputting video signals to export to described the first display 414.Described BLT module 490 can also be coupled to triplexer 494.This triplexer 494 can be carried out multiplexing to described mini-card WWAN 488, described BLT module 490 and the usb signal that is coupled to the described usb bus of described south bridge 426.Described south bridge 426 can also be coupled to bluetooth (BT) card 496 via usb bus.Described south bridge 426 can also be via the PCI of described information handling system 400 quick bus be coupled to LAN (Local Area Network) (LAN) on mainboard (LOM) 498.Described LOM 498 can also be coupled to described PCI module quick 480.Described information handling system 400 also comprises power supply and charging system 499, and it operationally distributes electric power to each assembly of described information handling system 400.
Fig. 5 is the functional block diagram that the resource with simplifying of the limited resource of use is according to an aspect of the present invention exported the information handling system (being generally marked as 500) of data.Described information handling system 500 comprises the resource of the information handling system described in Fig. 4.In addition, the part of described information handling system 500 can be activated, to enable for exporting data and receiving the application program of input with the limited resources of described information handling system 500.For example, some assemblies in Fig. 5 have " dotted line ", such as described display 514.As shown in Figure 5, dotted line indication assembly that activate or that enable.Similarly, have " solid line " assembly (such as processor 502) indication not enabled or unactivated device or assembly.So, dotted line and solid line are only used in Fig. 5 to describe (available resource) or (the non-available resources) of forbidding of enabling, and can not be used to further limit function and the ability of any assembly in described information handling system 500, device etc.
In the operating process of information handling system 500, can open described resource by one or more modes.For example, user can select described BLT access buttons 556, and described SIO integrated flash memory 548 can be initiated to the enabling of resource, to enable BLT mode of operation.In one form, BLT mode of operation can be realized by enabling keyboard 558, touch pad KSI/KSO module 560, SIO integrated flash memory 548, MUX 568, biologicall test load module 570, three road MUX 594, BLT module 590, mini-card WWAN module 588, second display 592, DAI module 528, audio frequency bypass module 530, loudspeaker and amplifier 532, power supply/charging system 599, video MUX 512, display 514, inverter and ALS module 516, relevant interconnection or combination in any wherein.Other modules also can activate as needed or desired.
In the described example of Fig. 5, various other devices of exporting BLT mode of operation by not being used in described information handling system 500 or assembly can keep un-activation, not enabled or be placed in the mode of operation that reduces power.For example, described processor 502 can be placed in reduce power state or or even closed condition, wherein can not deal with data at processor described in described closed condition.So, once the event of detecting, described information handling system 500 can be enabled the resource of the limited quantity of enough BLT mode of operation being exported, to distribute the resource collection of simplifying, the resource collection of described simplification enough for the treatment of, output, and receive input, and do not use described processor 502 or other various resources.In this mode, described information handling system 500 does not need all component of described information handling system 500 to carry out initialization to allow user to access the BLT mode of operation of described information handling system 500.
For example, in one embodiment, described information handling system 500 can be in being used wireless module (maybe can be coupled to another wireless module of described information handling system 500 such as mini-card WWAN 588, BT card 550) to receive the sleep state of wireless communication signals or the state of minimizing power.Received wireless signal can be detected as entering signal, and this entering signal is configured to receive by the hand-held wireless device of intelligent telephone equipment, blackberry, blueberry eldest son or any other type.Once identify, described information handling system 500 can be initiated various resources to respond detected message.For example, in one form, described information handling system 500 can be enabled loudspeaker, and to export audio frequency output or the buzzer of that user selects or customization, thereby Indication message is received.Described buzzer or audio frequency output can be customized to and represent specific transmit leg.In one form, described information handling system 500 can comprise profile, and this profile can comprise in response to the output preference that receives wireless information.For example, described profile can comprise enabling follows feature automatically, and this follows feature to allow the message of particular type, transmit leg, message source etc. to carry out from dynamic response automatically.The described feature of automatically following can respond described message, and needn't open keyboard, display or various other resources.According to expectation, can also enable the response of the low-power to received message of various other types.
Thereby can being identified and can being activated so that operating environment is enabled in described BT card 550, the specific resource of described information handling system 500 exports described message.For example, once the reception to blackberry, blueberry message is identified, can enable resource (such as keyboard 558, touch modules 560, SIO integrated flash memory module 548, video MUX 512, the first display 514, inverter and ALS 516, power supply and charging system 599 and the various charging circuit enough distributed resource being powered up and enough various interconnection circuits, bus or combinations wherein that received message is exported).The type of the message that in addition, operating system and/or application can be based on received is initialised.For example, BLT module 590 can be identified described message and one or more application programs of operating system and enough output messages are carried out to initialization.For example, the application of enough output messages or other application programs that sends message can be initialised, and enough export the resource of described message and can be determined and be activated.In this mode, can enable a limited number of assembly or resource and application program and/or operating system, allow described information handling system 500 to benefit from the mode of operation that reduces resource, and thus, when for example enabling, to the access of application-specific (blackberry, blueberry email application), save battery and electrical source consumption.
In one form, once identify the mode of operation that will be activated, can identify the operator scheme of described the first display 514.For example, described the first display 514 can comprise the storage arrangement for location identifier, and described identifier comprises for determining the information of the functipnal capability of described the first display 514.(backlight) backlight (not shown) of described the first display 514 can be activated, and independent image-display units or processor (not shown) can be used to process and output content.For example, described first processor 514 can also be in reducing the state of power demonstration information, in the state of described minimizing power, can comprise and activate the backlight of described the first display 514.So, the limited resources mode of operation of described information handling system 500 is carried out to initialization and can comprise the available action state of identifying described the first display 514 mode of operation of determining enough output function environment with the limited resources of described information handling system 500.
According on the other hand, described inverter and ALS module 516 can be used to determine the operating conditions of described the first display 514 in limited resources mode of operation.For example, described inverter and ALS module 516 can be activated, and can detect the ambient light of described information handling system 500 outsides and automatically adjust intensity, or during limited resources mode of operation, show the output of described the first display 514.
According to another aspect, described mini-card WWAN 588 can comprise the BLT module 590 of the processor that uses mini-card WWAN588.For example, described mini-card WWAN can comprise processor (not shown).First processor can be used to process wireless signal, and the second processor can detect the information of transmitting within described wireless signal.Described the second processor can also be configured to provide described BLT module, and this BLT module is operationally identified the type of the information receiving in described wireless signal, and determines and will be activated to export the resource of the particular type of received information.For example, described BLT module 590 can be identified E-mail communication in described wireless signal and can determine email application and for exporting the resource of described E-mail communication, and needn't the whole information handling system 500 of initialization.
Fig. 6 is the functional block diagram that the use of one aspect of the present invention deallocates the information handling system of resource.According to described content, described information handling system 600 comprises the resource of the information handling system 400 shown in Fig. 4.Information handling system 600 comprises BLT access buttons 656, second display 692 and the audio frequency bypass module 630 with dotted line, and described dotted line is used to indicate the mode of operation that these modules are placed in " closing " or " minimizing power ".For example, described information handling system 600 can be initialized to and can comprise the described processor 602 of use and the assembly being associated or the operating conditions of device, north bridge 604 and the assembly being associated or device and south bridge 626 and the assembly being associated or device.So, the device not being activated or assembly, indicated according to dotted line, comprise audio frequency bypass 630, BLT access buttons 656 and second display 692.For example, described audio frequency bypass 630, BLT access buttons 656 and second display 692 can be used to conduct interviews to being provided the application program of the operating system of using processor 602.So, described operating system can be accessed the application program of enough output messages, and described BLT access buttons, audio frequency bypass 630 and second display 692 do not need to be used to the message that output receives in the mode of operation reducing.In exemplary form, described processor 602 can be used to enable, forbid or maintain the use of described BLT module 690 and various other assemblies.For example, when user cancels powered operation to described information handling system 600, described BLT module 690 and various other enough in low power state the assembly of receipt message can be activated.
Fig. 7 is the functional block diagram of information handling system (being labeled as in general manner 700) according to an aspect of the present invention, and wherein said information handling system is configured to use the resource distribution module 702 operationally limited resources of described information handling system 700 being distributed.Described resource distribution module 702 can be coupled to multiplexer 704, and described multiplexer operationally carries out multiplexing to individual channel low-voltage display (LVDS 1 CH) and NC_LCD_I2S signal.In one form, EC integrated flash memory 710 can comprise BIOS 750, and BIOS 750 is operationally used to initiate the various resources of described information handling system 700.In another embodiment, described NC_LCD_I2S signal can be directly coupled to described BLT module 702, and can optionally be enabled by described BLT module 702.Described video MUX 704 by multiplexing signal coupling to the display 706 of being powered by display power supply (LCD_Vdd).Described display 706 comprises inverter and the ALS module 708 of being powered by inverter power supply (INV_PWR_SRC).
Described inverter and ALS module 708 can be coupled to EC integrated flash memory module 710 via SMBUS.EC integrated flash memory module 710 can also be coupled to BLT power knob 712, and this BLT power knob 712 is operationally initiated BLT operator scheme.Described EC integrated flash memory module 710 also can be coupled to keyboard 714, and this keyboard 714 comprises standard writer keyboard (qwerty keyboard), has mail button 716, calendar button 718, contact buttons 720 and the Internet access button 722.Keyboard 714 can also be as required or expectation comprise the function key of various other types.
EC integrated flash memory module 710 can also be coupled to touch pad 724, and this touch pad 724 makes it possible to use pointer or touch control device, and it can be displayed on display 706.Described EC integrated flash memory module also can be coupled to lid (lid) switch (LID_SW) input signal 726, and it operationally indicates lid or the display of notebook when or other mobile message disposal system to be opened or closed.Additional signal also can be transfused to, export or carry out combination operation wherein between BT module 702 and EC integrated flash memory module 710, and additional signal includes but not limited to radio disable signal (Radio_disable#), pays BLT detection signal (PAID_BLT_DET#), BLT reset signal (BLT_RST#), BLT holding state signal (BLT_SUS_State), SMBUS keyboard are enabled signal (SMBUS_1_KB_TP) and SMBUS 2 CC signals (SMBUS_2_CC).
Described information handling system 700 also can comprise the USB MUX726 that is coupled to biologicall test module 728, and described biologicall test module 728 is operationally inputted user's biologicall test.Described USB MUX726 also can be coupled to the primary processor 730 of described information handling system 700.Described BTS module 702 also can be coupled to three road MUX 732 by WWAN interrogation signal (USB_WWAN/HOST HS), and the bus that described three road MUX 732 are configured to enable with USB is coupled to mini-card WWAN734 and primary processor 730.Described BLT module 702 also can be coupled to second display 736 by second display signal (USB_2nddisplay signal).Described BLT module 702 also can be used I 2s bus is coupled to audio frequency bypass module 738 by audio frequency by-passing signal (I2S_BLT), via I 2s bus coupling is to DAI module 740.Described DAI module 740 also can be via I 2s bus coupling is to described primary processor 730.
In addition, the interface of BLT module 702 (for example 702a) can comprise additional pin or coupling element, for expanding the functional of BLT module 702.
Notice in above generality description or example, do not need all described actions, a part of specific action can not need, and except described action, can also carry out one or more more actions.In addition the sequence of movement listing, is not the essential order that performs an action.
The explanation of embodiment described herein and diagram are for providing the overall understanding of various embodiment structures.Illustrate and illustrate and be not to use with opposing the equipment of structure of method described here and the exhaustive and comprehensive description of all elements of system or feature.By reading the present invention, those skilled in the art can very clearly know many other embodiments.Other embodiment can be used and can draw from the present invention, can make thus that structure is replaced, logic is replaced or other change and do not deviate from scope of the present invention.Therefore, the present invention is regarded as exemplary rather than restricted.
For the sake of clarity, some features of describing in the context of different embodiments here can also be in one embodiment combined and be provided.On the contrary, for terse, the different feature of describing in the context of an embodiment can also provide respectively or be provided with any less combination.In addition, with the reference of the value of range describe, comprise each and all values within the scope of this.
The above scheme of having described benefit, other benefit and having dealt with problems with reference to embodiment.But benefit, benefit and the scheme of dealing with problems and cause benefit, benefit or appearance or the arbitrary characteristics of more significant scheme can not be interpreted as arbitrarily or the feature of necessary, the necessary or essence that all authority requires.
Above disclosed theme should be regarded as exemplary and non-limiting, and claims for covering any and all such modifications, improve and fall into other embodiment of the scope of the invention.Therefore,, at allowed by law maximum magnitude, scope of the present invention is determined by following claim and the widest admissible explanation that is equal to, and should by specific descriptions before, do not limited or limit.

Claims (19)

1. an information handling system, this information handling system comprises:
Event checking module, this event checking module is operating as event is detected, and wherein said event is Client-initiated event and/or non-Client-initiated event;
Resource distribution module, this resource distribution module is coupled to described event checking module, and described resource distribution module is operating as the mode of operation that the detected event being detected by described event checking module is mapped to the first disposal system;
The first disposal system, this first disposal system responds described resource distribution module, and is operating as the first non shared resources of the shared resource of described the first disposal system and described the first disposal system is conducted interviews;
The second disposal system, this second disposal system responds described resource distribution module, and is operating as the second non shared resources of the shared resource of described the first disposal system and described the second disposal system is conducted interviews;
The first power system, this first power system is operating as initiates power supply to described first non shared resources of the shared resource of described the first disposal system and described the first disposal system;
The second power system, this second power system is operating as initiates power supply to the second non shared resources of described the second disposal system; And
Wherein said resource distribution module is configured to initiate the output to information at described mode of operation, and described information will be exported with the described shared resource of described the first disposal system by described the second disposal system; And
Wherein, at least one in described the first power system or described the second power system of the only limited resources that are associated with detected event in described shared resource, described the first non shared resources and described the second non shared resources activates.
2. information handling system according to claim 1, this information handling system also comprises:
First resource profile, this first resource profile can be conducted interviews by described resource distribution module, and wherein said first resource profile can be operating as to be identified the described shared resource of described the first disposal system;
Wherein said resource distribution module is also configured to determine the output format that is used for exporting described information; And
Wherein said the second disposal system is also configured to described information to format, to use described output format to export.
3. information handling system according to claim 2, this information handling system also comprises:
Communication module, this communication module, in described the first disposal system, can be operating as pass-along message in message transmission event; And
Processor, this processor can be accessed described the second disposal system; And
Wherein said processor is configured to use and can be operating as the described event checking module that detect-message transmits event.
4. information handling system according to claim 3, wherein said resource distribution module is configured to:
Determine the shared resource of described the first disposal system, this first disposal system can be operating as in response to detected message transmission event carrys out output message;
Determine the second non shared resources of described the second disposal system, to process described message; And
Enable the access to described shared resource;
Enable the access to described the second non shared resources; And
With described the second non shared resources and the described shared resource of described the second disposal system, process detected message transmission event, to export described message via the shared resource of described the first disposal system.
5. information handling system according to claim 4, this information handling system also comprises:
The BIOS that described the first disposal system can be accessed, this BIOS can be operating as for initiating the use to described shared resource and described the first non shared resources; And
The 2nd BIOS that described the second disposal system can be accessed, this BIOS is for initiating the use to described the second non shared resources.
6. information handling system according to claim 4, wherein:
Described the second non shared resources comprises low-resolution video modular converter, and this low-resolution video modular converter can be operating as the monitor resolution value of the display of determining described the first disposal system; And
Described low-resolution video modular converter can also be operating as described information is formatd in described display, show.
7. information handling system according to claim 1, this information handling system also comprises display, this display comprises the storer for iatron resolution benchmark, and this storer can be accessed by described the first disposal system and described the second disposal system.
8. information handling system according to claim 1, wherein said resource distribution module is configured to initiate enabling described the first disposal system resource and described the second disposal system resource.
9. information handling system according to claim 1, wherein:
Described the first disposal system also comprises primary processor, and this primary processor can be operating as the BIOS of described the first disposal system is conducted interviews;
Described primary processor is included in the communication module of described the first disposal system.
10. information handling system according to claim 1, wherein:
Described the second disposal system can be operating as the activation of initiating the message of described information handling system to transmit in response to detected event input resource and message transmission output resource; And
Described information handling system can be operating as being enabled by the message transfer operation environment of described the second disposal system access.
11. 1 kinds for enabling the method for the resource of information handling system, and the method comprises:
Detection event, this event can be operating as the access of initiating the shared resource of the first disposal system;
Identify the profile of described the first disposal system, described profile comprises a plurality of resource assignment item of described the first disposal system that the second disposal system can be accessed;
Based on described resource assignment item, the first non shared resources of described the first disposal system and described shared resource are powered;
The second non shared resources power supply to described the second disposal system;
By described a plurality of resource assignment item, enable the described shared resource of described the first disposal system;
Use described the second disposal system to visit described shared resource; And
Wherein, at least one in the first power system or the second power system of the only limited resources that are associated with detected event in described shared resource, described the first non shared resources and described the second non shared resources activates.
12. methods according to claim 11, the method also comprises:
By the communication module of described the first disposal system, carry out receipt message;
Definite message receiving is exported described the second disposal system of use;
Detect the availability of described shared resource of described the first disposal system with the message that received of output; And
Access the described shared resource of described the first disposal system to export the message being received.
13. methods according to claim 12, the method also comprises:
Access the BIOS of described the first disposal system, to determine the described shared resource of described the first disposal system;
Initiation is to comprising the use of described shared resource of the display of described the first disposal system,
Wherein said display comprises the monitor resolution value in the storer that is stored in described display;
Enable described second non shared resources of described the second disposal system;
By described the second non shared resources and described monitor resolution value, received message is formatd;
By the message after display output format described in described display and described monitor resolution Xiang Laixiang.
14. methods according to claim 11, the method also comprises:
The first type of message of the first message that the communication module by described the first disposal system is received detects;
To being exported to described the first type of message, described the second disposal system of use detects; And
Enable the resource of described the first disposal system and described the second disposal system, to export described the first message.
15. methods according to claim 11, the method also comprises:
Use case detection module detects non-user activated event;
Detect described non-user activated event and whether should initiate the activation to the described non shared resources of described the second disposal system;
Detect described non-user activated event and whether should initiate the access to the shared resource of described the first disposal system;
In response to described non-user activated event being detected, and initiate the activation to the described non shared resources of described the second disposal system; And
In response to described non-user activated event being detected, and the described shared resource of described the first disposal system is conducted interviews.
16. methods according to claim 15, the method also comprises:
By the communication module of described the first disposal system, carry out receipt message;
The message that processing receives is to determine the resource that the message being received is exported;
Determine the available resources of the shared resource of described the first disposal system;
The access of initiation to the described available resources of described the first disposal system, to export via described the first disposal system the message being received; And
The access of initiation to the described available resources of described the first disposal system, to enable the response of the message to being received.
17. 1 kinds of information handling systems, this information handling system comprises:
The first disposal system, this first disposal system comprises:
The first primary processor, this first primary processor can be operating as with the first non shared resources of described the first disposal system and the shared resource of described the first disposal system and carry out process information; With
The first power system, this first power system responds the first power profile, and described the first power system can be operating as initiates power supply to the shared resource of described the first disposal system and the first non shared resources;
The described shared resource of wherein said the first disposal system comprises:
Share display resource, comprise the memory devices of iatron resolution value; With
Share input equipment resource, be configured to receive input via shared operating environment; The second disposal system, this second disposal system comprises:
The second primary processor, this second primary processor can be operating as with the second non shared resources of described the second disposal system and the described shared resource of described the first disposal system and come process information to export with the described shared resource via described the first disposal system;
The second power system, this second power system responds the second power profile, and described the second power system can be operating as initiates power supply to described second non shared resources of described the second disposal system; With
Video conversion module, thus this video conversion module can be operating as and described monitor resolution value is conducted interviews to format described information uses described shared display resource to export;
Event checking module, this event checking module is configured to detection event, wherein said event is user activated event or non-user activated event, and described event checking module is also configured to initiate the access to the described shared resource of described the first disposal system by least a portion of described the second disposal system; And
Resource distribution module, this resource distribution module can be operating as the available resources of determining described the first disposal system and described the second disposal system; And
Wherein, at least one in described the first power system or described the second power system of the only limited resources that are associated with detected event in described shared resource, described the first non shared resources and described the second non shared resources activates.
18. information handling systems according to claim 17, this information handling system also comprises the resource profile in the storer that is stored in described the second disposal system, described resource profile can be operating as for identifying the resource of described the second disposal system, during the message that receives with the communication resource detecting via described the first disposal system, uses.
19. information handling systems according to claim 18, also comprise processor, and this processor can be operating as:
The first type of message of the message that detection receives via the communication module of described the first disposal system;
Determine and to be used for messaging application that described the first type of message is exported;
Determine that message transmits resource profile, this message transmits resource profile and transmits resource for enabling the message of described the first disposal system and described the second disposal system;
Initiation transmits enabling of resource to the described message of described the first disposal system and described the second disposal system; And
By described messaging application and described message, transmit resource and initiate the output to received message.
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