CN102789306A

CN102789306A - Multi-mode intelligent computer system

Info

Publication number: CN102789306A
Application number: CN201210219660XA
Authority: CN
Inventors: 任少华
Original assignee: Individual
Current assignee: Individual
Priority date: 2012-06-11
Filing date: 2012-06-29
Publication date: 2012-11-21

Abstract

The invention relates to a multi-mode intelligent computer system. The multi-mode intelligent computer system and an operation system of the multi-mode intelligent computer system have two working modes: a high performance mode and a low performance mode. In the high performance mode, a high performance central processing unit (CPU) of a computer and a high performance graphics processing unit (GPU) of the computer are in working states. In the low performance mode, the high performance CPU of the computer and the high performance GPU of the computer stop working, or are closed, or are not provided with electricity, and a low performance CPU of the computer and a low performance GPU of the computer are in working states. Therefore, the same computer achieves the high performance mode and the low power consumption mode respectively through the high performance mode and the low performance mode which are different. The low performance CPU and the low performance GPU can be integrated through a main board chip to achieve fast start-up of the high performance CPU and the high performance GPU.

Description

The Multimode Intelligent computer system

Technical field

The present invention relates to a kind of Multimode Intelligent computer system.

Background technology

Equipment such as intelligent television and smart mobile phone is popularized.The characteristics of this kind equipment are that one side needs long-play, needs the very big task of operating load on the other hand sometimes.Therefore, if adopt single platform, be difficult in the optimization that realizes performance and power consumption on the lower cost.

Summary of the invention

The present invention is achieved in that a kind of Multimode Intelligent computer system, it is characterized in that; This intelligent computer systems has the CPU of two different performances at least---high-performance CPU and low performance CPU; Wherein, this intelligent computer systems has two kinds of mode of operations---high performance mode and low performance pattern, wherein; The high-performance CPU of this intelligent computer systems is in running order under high performance mode; Wherein, under the low performance pattern high-performance CPU of this intelligent computer systems quit work be closed or do not have the power supply and low performance CPU is in running order, wherein; This intelligent computer systems comprises a main display, and this intelligent computer systems still can be moved under the low performance pattern under this main display closing state.

The present invention is achieved in that a kind of Multimode Intelligent computer system, it is characterized in that; This intelligent computer systems has the CPU of two different performances at least---high-performance CPU and low performance CPU, and wherein, this intelligent computer systems has two kinds of mode of operations---high performance mode and low performance pattern; Wherein, The high-performance CPU of this intelligent computer systems is in running order under high performance mode, wherein, under the low performance pattern high-performance CPU of this intelligent computer systems quit work be closed or do not have the power supply and low performance CPU is in running order; Wherein, This intelligent computer systems comprises a main display, and wherein, this intelligent computer systems can be controlled by enough telepilots; This telepilot can the switch main display, operates this telepilot this intelligent computer systems is switched between high performance mode and low performance pattern.

The present invention is achieved in that a kind of Multimode Intelligent computer system, it is characterized in that; This intelligent computer systems has the CPU of two different performances at least---high-performance CPU and low performance CPU, and wherein, this intelligent computer systems has two kinds of mode of operations---high performance mode and low performance pattern; Wherein, the high-performance CPU of this intelligent computer systems is in running order under high performance mode, wherein; Under the low performance pattern high-performance CPU of this intelligent computer systems quit work be closed or do not have the power supply and low performance CPU is in running order, wherein, this intelligent computer systems comprises a main display; Wherein, This intelligent computer systems has the GPU of two different performances, and wherein, high-performance GPU works under high performance mode; High-performance GPU quits work under the low performance pattern or is closed or does not have a power supply; Wherein, this intelligent computer systems can be controlled by enough telepilots, operate this telepilot can be on the main display of this intelligent computer systems the video output signals of switching displayed high-performance GPU and low performance GPU.

The present invention is achieved in that a kind of Multimode Intelligent computer system, it is characterized in that; This intelligent computer systems has the CPU of two different performances at least---high-performance CPU and low performance CPU, and wherein, this intelligent computer systems has two kinds of mode of operations---high performance mode and low performance pattern; Wherein, the high-performance CPU of this intelligent computer systems is in running order under high performance mode, wherein; The high-performance CPU of this intelligent computer systems quits work or is closed or does not have power supply and low performance CPU is in running order under the low performance pattern, wherein, built-in in the body of this intelligent computer systems 1 built-in hard disk is installed; Wherein, under high performance mode and under the low performance pattern, this built-in hard disk can both be worked; Wherein, High-performance CPU can read and write this built-in hard disk at high performance mode, and wherein, low performance CPU can read and write this built-in hard disk under the low performance pattern.

The present invention is achieved in that a kind of Multimode Intelligent computer system, it is characterized in that; The CPU of this computing machine has its processing core of a plurality of its processing core or two different performances, and wherein, this intelligent computer systems has two kinds of mode of operations---high performance mode and low performance pattern; Wherein, The whole cores of this intelligent computer systems CPU or high-performance core are in running order under high performance mode, and wherein, other core of the in running order and CPU of the core of this intelligent computer systems CPU or low performance core or high-performance core quit work or be closed or do not have a power supply under the low performance pattern; Wherein, This intelligent computer systems also comprises a main display, and wherein, this intelligent computer systems still can be moved under the low performance pattern under this main display closing state; Perhaps; This intelligent computer systems can be advanced with control by enough telepilots, and this telepilot can the switch main display, and this telepilot can be operated this intelligent computer systems and between high performance mode and low performance pattern, switch.

A kind of operating system according to above-described Multimode Intelligent computer system; It is characterized in that; The operating system that low performance CPU goes up operation can start another operating system of operation according to user's operation or specified conditions on high-performance CPU; Wherein, another operating system work operates on the high-performance CPU.

A kind of operating system according to above-described Multimode Intelligent computer system; It is characterized in that; This operating system can start separately low performance CPU or and on low performance CPU, move, this operating system can also according to user's operation or specified conditions start operation high-performance CPU and operation or on the CPU of said two different performances, move simultaneously on high property CPU.

Wherein, this intelligent computer systems comprises a main display.Wherein, described main display is used for exporting to the user main video signal of this intelligent computer systems.Wherein, main video signal is meant the video pictures of TV signal or the display frame of computer operating system.Wherein, this main video signal is from GPU.Wherein, described main display is colored main display.

Wherein, this intelligent computer systems comprises a telepilot.Wherein, said telepilot is the dedicated remote control that matches with this intelligent computer systems, or has the mobile phone or the panel computer of the distant control function that matches.

Wherein, the main display of this intelligent computer systems, high-performance CPU and low performance CPU are installed in the same body.Wherein, the shared direct supply of the high-performance CPU of this intelligent computer systems and low performance CPU.

Perhaps, the main display of this intelligent computer systems and low performance CPU are installed in the same body, and high-performance CPU then is installed in another body.Wherein, this intelligent computer systems is made up of intelligent TV set and two bodies of outside stand-alone computer, and wherein, main display and low performance CPU are installed in the body of intelligent TV set, and high-performance CPU is installed in the body of outside stand-alone computer.Wherein, the telepilot of this intelligent computer systems can be operated this intelligent TV set and can control should the outside stand-alone computer.Wherein, this outside stand-alone computer is connected with this intelligent TV set and when shutdown, still can be started by the telepilot of this intelligent TV set or this intelligent computer systems.

Wherein, this intelligent computer systems still can be moved under the low performance pattern under this main display closing state.In other words, this main display can be closed under the situation that the low performance pattern keeps moving.

Wherein, this telepilot can the switch main display, operates this telepilot this intelligent computer systems is switched between high performance mode and low performance pattern.

Wherein, the signal receiver of this telepilot and main display are installed in the same body.Wherein, this signal receiver is that this intelligent computer systems is used for receiving this control of remote controller signal.Wherein, has only a signal receiver that is used for this telepilot in this intelligent computer systems.

Wherein, main display and high-performance CPU are installed in respectively in two bodies, and the signal receiver of this telepilot and main display are installed in the same body.

Wherein, main display and high-performance CPU are installed in respectively in two bodies, and when two bodies were connected, the body that this telepilot can belong to high-performance CPU through the body at main display place transmitted control signal and controls.

Wherein, main display and high-performance CPU are installed in respectively in two bodies, and this telepilot is the body at remote control main display place separately.

Wherein, main display and high-performance CPU are installed in respectively in two bodies, and when two bodies were not connected, this telepilot is the body at remote control main display place separately.

Wherein, main display and high-performance CPU are installed in respectively in two bodies, and when two bodies were not connected, these two bodies can use separately respectively and move independently.

Wherein, main display and high-performance CPU are installed in respectively in two bodies, and when two bodies were not connected, the body at this main display place can use as intelligent TV set.

Wherein, main display and high-performance CPU are installed in respectively in two bodies, when two bodies are not connected, this high-performance CPU do body can use as main frame independently.Wherein, this high-performance CPU do body can connect the computing machine that other display is formed a platform independent.

Wherein, This intelligent computer systems has the GPU of two different performances, and wherein, high-performance GPU works under high performance mode; High-performance GPU quits work under the low performance pattern or is closed or does not have a power supply; Wherein, this intelligent computer systems can be controlled by enough telepilots, operate this telepilot can be on the main display of this intelligent computer systems the video output signals of switching displayed high-performance GPU and low performance GPU.

Wherein, built-in in the body of this intelligent computer systems 1 built-in hard disk is installed, wherein; Under high performance mode and under the low performance pattern; This built-in hard disk can both be worked, and wherein, high-performance CPU can read and write this built-in hard disk at high performance mode; Wherein, low performance CPU can read and write this built-in hard disk under the low performance pattern.

Wherein, the operating system that low performance CPU goes up operation can start another operating system of operation according to user's operation or specified conditions on high-performance CPU, and wherein, another operating system work operates on the high-performance CPU.

Wherein, The operating system of this intelligent computer systems can start separately low performance CPU or and on low performance CPU, move, this operating system can also according to user's operation or specified conditions start operation high-performance CPU and operation or on the CPU of said two different performances, move simultaneously on high property CPU.

Wherein, this intelligent computer systems has the GPU of two different performances---high-performance GPU and low performance GPU.Wherein, high-performance GPU works under high performance mode.Wherein, high-performance GPU quits work under the low performance pattern or is closed or does not have a power supply.Wherein, low performance GPU can work under the low performance pattern and under the high performance mode or close.

Wherein, GPU is meant graphic presentation chip or graphic presentation chipset or pattern displaying unit.

Wherein, the CPU of these two different performances cooperates operation with the GPU of two different performances respectively.Wherein, high-performance CPU is with high-performance GPU cooperating, and low performance CPU is with low performance GPU cooperating.Wherein, said GPU is integrated in chip in the same chip or separate with the CPU that is used with the CPU that is used.

Wherein, this intelligent computer systems can be controlled by enough telepilots, operate this telepilot can be on the main display of this intelligent computer systems the video output signals of switching displayed high-performance GPU and low performance GPU.Wherein, this switching can be to switch completely, also can be that the part of picture-in-picture formula is switched.Wherein, this switching can be that the picture of direct command main display switches between the output of two GPU, thereby also can be to be realized by intelligent computer systems switching between the output of two GPU through startup or bolt down procedure indirectly.For example: this intelligent computer systems is as common TV and online the time; Be operated under the low performance pattern; Has only low performance GPU in work; When the user selected to start large-scale 3D recreation, the operating system of this intelligent computer systems will start high performance mode automatically---and start high-performance CPU and high-performance GPU and the part of main display picture or picture is switched on the output signal of high-performance GPU.

Wherein, this intelligent computer systems or its operating system can send to low performance GPU earlier with the vision signal of high-performance GPU, and low performance GPU can select or handles afterwards to the main display outputting video signal the vision signal of two GPU.Wherein, low performance GPU can export the signal of two GPU simultaneously to main display with the mode of picture-in-picture.Wherein, low performance GPU can switch the video output signals of two GPU according to user operation and needs and outputs to main display.

Wherein, low performance CPU and low performance GPU are integrated in the South Bridge chip of mainboard.

Wherein, this intelligent computer systems has 2 kinds of duties---tv state or computer mode at least.Wherein, under tv state, this intelligent computer systems can be used as televisor and uses.Wherein, tv state is operated under the low performance pattern.Wherein, under computer mode, this intelligent computer systems can the different application software of installation and operation.Wherein, computer mode can be operated under high performance mode and the low performance pattern.

Wherein, the user can singlehanded unsettledly control said telepilot and control.Wherein, the user can use this telepilot to switch the duty of this intelligent computer systems: tv state or computer mode.Wherein, under tv state, the use-pattern of this telepilot meeting standard TV remote controller is identical.Wherein, under tv state, the user can use this telepilot switching TV channel.

Wherein, described high-performance CPU and low performance CPU are two CPU on the separate chip.Wherein, these two CPU are not integrated in the same chip.Wherein, any among the CPU of these two different performances also can be to be made up of a plurality of CPU or a plurality of its processing core that are integrated in the same chip.

Wherein, the computing ability of high-performance CPU is higher than low performance CPU.Wherein, the power consumption of high-performance CPU is greater than low performance CPU.

Wherein, the computing ability of high-performance GPU is higher than low performance GPU.Wherein, the power consumption of high-performance GPU is greater than low performance GPU.

Wherein, this intelligent computer systems has 2 or 2 groups of internal memories---high-performance internal memory and low performance internal memory at least.Wherein, the power consumption of high-performance internal memory is greater than the low performance internal memory.Wherein, the reading speed of high-performance internal memory also can be faster than the low performance internal memory.Wherein, the capacity of high-performance internal memory also can be greater than the low performance internal memory.Wherein, low performance internal memory and high-performance internal memory are separate, and perhaps, the low performance internal memory also can be the part of high-performance internal memory.

Wherein, the CPU of said two different performances or its processing core are used different internal memories when the work operation.Wherein, high-performance CPU and high-performance internal memory are used.Wherein, low performance CPU and low performance internal memory are used.

Wherein, under the low performance pattern, high-performance CPU quits work, is closed or do not have a power supply.

Wherein, under the low performance pattern, high-performance GPU quits work, is closed or do not have a power supply.

Wherein, under the low performance pattern, the high-performance internal memory quits work, is closed or do not have a power supply.

Wherein, under the low performance pattern, built-in hard disk can keep operation and cooperate low performance CPU to carry out work.

Wherein, the CPU of these two different performances or its processing core are installed on the same mainboard.Wherein, the CPU of these two different performances or its processing core, the GPU that uses with their collocation and all be installed on the same mainboard with their supporting South Bridge chips.Wherein, this computing machine has only a mainboard.

Wherein, same direct supply is used and be connected in to the CPU of these two different performances or its processing core.Wherein, this direct supply converts the external communication power supply into supply this computing machine to use direct current supply.

Wherein, separately program and task are moved and handled to the CPU of these two different performances or its processing core respectively.Wherein, same program and task can only be moved and handled by one of the CPU of these two different performances or these two its processing core independently.

Wherein, the CPU of these two different performances or its processing core are connected to and shared same South Bridge chip.Wherein, the CPU of these two different performances or two its processing core have respectively separately independently with the communication channel of South Bridge chip.Wherein, The CPU of these two different performances or two its processing core can be set up separately the South Bridge chip that communication channel independently is connected in this mainboard respectively through the shared physical connection that a timesharing, frequency division or sign indicating number divide; Perhaps, the CPU of these two different performances or two its processing core are connected to the South Bridge chip of this mainboard through two physical connections.

Wherein, the shared same South Bridge chip of the CPU of these two different performances or its processing core.Wherein, low performance CPU is incorporated in the same chip with this South Bridge chip.

Wherein, the shared same South Bridge chip of the CPU of these two different performances.Wherein, low performance CPU is incorporated in the same chip with this South Bridge chip.

Wherein, low performance CPU is incorporated in the same chip with the north bridge chips that is mated work.

Wherein, low performance CPU is incorporated in the same chip with the low performance GPU that is mated work.

Wherein, high-performance CPU is incorporated in the same chip with the north bridge chips that is mated work.

Wherein, high-performance CPU and high-performance GPU are on 2 separate chips.Perhaps, high-performance CPU also can also can be incorporated in the same chip with high-performance GPU.

Wherein, the operating system of moving on this low performance CPU or its processing core has the driver of the built-in device that is connected with this South Bridge chip on South Bridge chip and the mainboard of mainboard of this intelligent computer systems.

Wherein, the operating system control South Bridge chip of this low performance CPU or its processing core or operation on it provides the south bridge communication interface to the operating system of high-performance CPU or its processing core or operation on it.Wherein, the operating system control South Bridge chip of this low performance CPU or its processing core or operation on it and the communication interface of various built-in device is provided to high-performance CPU or its processing core or the operating system moved it on through South Bridge chip.Wherein, this communication interface is " transparent transmission ", makes high-performance CPU or its processing core or the operating system of operation on it does not need directly to drive built-in device and just can use built-in device.Wherein, said built-in device can comprise: hard disk drive, built-in wired network adapter, built-in wireless network card, built-in Wifi, USB interface or the like.

Wherein, built-in in the body of this intelligent computer systems 1 built-in hard disk is installed.Wherein, the body of built-in this built-in hard disk of installation is the body that the CPU of 2 different performances has been installed simultaneously.Perhaps, the body of built-in this built-in hard disk of installation is the body that low performance CPU has been installed.Perhaps, the body of built-in this built-in hard disk of installation is the body that high-performance CPU has been installed.

Wherein, under high performance mode and under the low performance pattern, this built-in hard disk can both be worked.Wherein, high-performance CPU can read and write this built-in hard disk under high performance mode.Wherein, low performance CPU can read and write this built-in hard disk under the low performance pattern.Wherein, low performance CPU also can read and write this built-in hard disk under high performance mode.Wherein, described read-write be unlimited-rights or specified permission.

Wherein, this intelligent computer systems starts the boot section from this built-in hard disk and begins startup.

Wherein, the operating system installation of the operating system of this intelligent computer systems or low performance pattern is in this built-in hard disk.

Wherein, under the low performance pattern, this built-in hard disk can be stopped work or be closed or do not have a power supply.

Wherein, the operating system control built-in hard disk of this low performance CPU or operation on it and the built-in hard disk communication interface is provided to high-performance CPU or the operating system moved it on.Wherein, this built-in hard disk communication interface is " transparent transmission ", makes high-performance CPU or the operating system of operation on it does not need directly to drive built-in hard disk and just can use the built-in hard disk space.Wherein, this built-in hard disk communication interface is defined authority.For example: the low performance CPU of control built-in hard disk or the operating system of operation on it simulate into the operating system that an independent hard disk offers high-performance CPU or move on it with a part of built-in hard disk space.Wherein, This low performance CPU realizes through the management South Bridge chip the control of internal HDD; Wherein, Built-in hard disk in the direct control and management of this South Bridge chip, and wherein, it is to be incorporated into chip in the same chip or separate with low performance CPU with low performance CPU that this south bridge core is levied.

Wherein, this built-in hard disk is the equipment with hard disk function, comprises that common magnetic disc formula hard disk, electronics solid state hard disk, flash memory and other have the equipment of hard disk function.Wherein, built-in hard disk is a mass memory unit.Wherein, the capacity of built-in hard disk is greater than 15G.

Use different internal memories or different memory spaces when wherein, the CPU of these two different performances or its processing core are worked at the same time respectively.

Wherein, the GPU of the CPU of these two different performances or its processing core and its cooperation uses identical video output interface.Wherein, identical video output interface is described main display or identical video output hardware terminal.

Wherein, the CPU of these two different performances or two different operating systems on it can be used the same input equipment of this computing machine.Wherein, input equipment comprises keyboard, mouse, telepilot, handle, body inductive operation equipment or the like.

Wherein, this intelligent computer systems can be accomplished in the following function one or several or all under the low performance pattern: the answering and call out, surf the web, run application, install or unload application program, watch TV, watch Online Video of videophone.

Wherein, the CPU of said two different performances or its processing core can be worked simultaneously.Wherein, the CPU of said two different performances or its processing core can be moved under high performance mode and work simultaneously.Wherein, can move mutually different operating system respectively when the CPU of two different performances or its processing core are worked at the same time, perhaps, can distinguish when the CPU of two different performances or its processing core are worked at the same time and move operating system respectively independently.For example: low performance CPU goes up the special purpose operating system of operation customization and high-performance CPU goes up operation MS windows, and perhaps, low performance CPU goes up operation android and high-performance CPU goes up the special-purpose game machine operating system of operation customization.

Wherein, this intelligent computer systems is equipped with computer operating system---the user can be on this computer operating system the installation and operation application software.Wherein, the user can be on this computer operating system the application software of installation and operation third party exploitation.Wherein, the user can use this computer operating system to move this application software at installation application software on the hard disk and under this computer operating system.Wherein, this computer operating system can be based on Windows or based on the computer operating system of Linux or other type.Wherein, said computer operating system is the multitask computer operating system.

Wherein, under the low performance pattern of this intelligent computer systems, the user can use input equipment that this intelligent computer systems is operated.Wherein, this intelligent computer systems can respond and carry out user's operation when keeping the low performance pattern.Wherein, input equipment can be keyboard, mouse, hand-held remote control unit (wireless), game paddle or body induction input equipment or the like.

Wherein, When the networking telephone or videophone incoming call are arranged under the low performance pattern; This intelligent computer systems can be sent ring sound or show incoming call prompting through external or built-in display device through external or built-in audio frequency apparatus, and this intelligent computer systems still keeps the low performance pattern simultaneously.

Wherein, under two kinds of different working modes, the video output signals of this intelligent computer systems all is output on the same main display or on the identical video output interface terminal.

Wherein, the hardware of this intelligent computer systems comprises mainboard, CPU, GPU, internal memory, hard disk, CD-ROM drive, power supply and cabinet at least.

Wherein, the peripheral hardware of this intelligent computer systems can comprise: hand-held remote control unit, keyboard, mouse, game paddle, picture pick-up device, telephone set or the like.

Wherein, this intelligent computer systems has at least two different operating systems.Wherein, this intelligent computer systems is carried storer from the plate of mainboard and is started guiding, this plate carry preserve in the storer can the selection operation system function interface.

Wherein, this intelligent computer systems only has an operating system, and this operating system is the custom operation system.Wherein, this custom operation system is kept in the built-in hard rib or the plate of mainboard carries in the storer.Be in the low performance pattern when wherein, this intelligent computer systems starts this customization operations system interface of entering.Wherein, this customization operations system pre-installs.

Wherein, this intelligent computer systems has a PC operating system.Wherein, this PC operating system is kept on the hard disk.Wherein, this PC operating system can be Windows or based on the operating system of Linux.Wherein, this PC operating system can be prepackage or install voluntarily by the user.

Wherein, the operating system of this intelligent computer systems can be moved task or program or thread between these two CPU or this two its processing core.

Wherein, the CPU of these two different performances or its processing core can be worked simultaneously.Wherein, the operating system of this low performance CPU or its processing core and operation on it can start and close high-performance CPU or its processing core.Wherein, can operation monitoring high-performance CPU on low performance CPU or its processing core or the software of its processing core operation, as: firewall software, anti-virus software, anti-Trojan software, network address monitoring software or the like.

Wherein, the CPU of these two different performances or its processing core can be arranged in pairs or groups respectively and used different sound cards (audio process chip), perhaps also can use same sound card.For example: the built-in audio chip of different GPU difference that these two CPU or its processing core are arranged in pairs or groups and used, perhaps, these two CPU or its processing core are common uses same plate to carry the audio chip.

Wherein, When this intelligent computer systems is withdrawn into the low performance pattern under high performance mode can with high-performance CPU or high-performance internal memory or all both status data be saved among low performance internal memory or the specific memory; When under the low performance pattern, starting high performance mode, this intelligent computer systems can be from low performance internal memory or specific memory with the status data of preserving be transferred to high-performance CPU or high-performance internal memory or all both.

Wherein, the operating system of the operating system of this intelligent computer systems or low performance platform is kept at plate on the mainboard and carries in the storer or in the built-in hard disk.Wherein, each start all of this intelligent computer systems carried the storer or the operating system in this built-in hard disk starts guiding from this plate.

Wherein, this intelligent computer systems can also be useful on the auxiliary display screen that shows the control supplementary.Wherein, this auxiliary display screen can not show main video signal.

Description of drawings

Fig. 1 is a kind of representative configuration synoptic diagram of following examples 1,

Fig. 2 is a kind of representative configuration synoptic diagram of following examples 3,

Fig. 3 is a kind of representative configuration synoptic diagram of following examples 4,

Fig. 4 is a kind of representative configuration synoptic diagram of following examples 5.

Embodiment

Embodiment 1

In the present embodiment, this intelligent computer systems is the big screen intelligent televisor that is made up of a body.Wherein, A built-in mainboard and the large-sized solor main display of being equipped with of this body; Wherein, independently independently a high-performance GPU (independently display chip) and special-purpose one a group of independently jumbo high-performance internal memory (the for example DDR4 internal memory of 8G) of high-performance CPU of high-performance CPU, is installed on the mainboard, more than constitutes a high performance platform; Wherein, In the South Bridge chip of this mainboard integrating low performance CPU and low performance GPU, one group of RAM (512MDDR2 internal memory) also is installed on this mainboard, more than constitute a low performance platform again.

In the present embodiment, this intelligent computer systems has two operating systems---low performance platform operations system and high performance platform operating system.

Wherein, The plate that the operating system of low performance platform is stored in the built-in hard disk or on the mainboard carries in the storer, and wherein, the each startup of this computing machine all can be carried storer or this built-in hard disk from this plate and begun to start guiding; Then, the user can select whether to start high performance platform operating system.Wherein, can on two platforms, move low performance platform operations system and high performance platform operating system simultaneously respectively behind this computer starting.

Wherein, when two platforms moved simultaneously, the low performance platform can also be responsible for coordinating and monitoring the operation of total system.Wherein, can move special softwares such as the fire wall that is used to monitor high performance platform, anti-virus, anti-Trojan on the low performance platform.

Wherein, This intelligent computer systems can not start high performance platform after starting entering low performance platform operations system interface; At this moment, this computer system is in the low performance pattern---and high-performance CPU, high-performance GPU and high-performance internal memory quit work or are closed or do not have power supply and to have only low performance CPU and the plate of this computer system to carry RAM in running order.This computer system can be in the long-term standby of low performance pattern and is only produced very low power consumption, and wherein, this computer system still can be moved some functional programs during standby under the low performance pattern, for example: TV, video telephone function, download function or the like.

Wherein, when this computer system starting high performance platform operating system, high-performance CPU, high-performance GPU and high-performance internal memory can start work.

Wherein, the high performance platform of this computer system and operating system thereof and low performance platform and operating system thereof can be worked simultaneously, and two different platforms can shared main display, wherein, shared mode can be suitching type or the picture-in-picture mode.

Wherein, The operating system of moving on the low performance platform has the driver of the built-in device that is connected with this South Bridge chip on South Bridge chip and the mainboard of mainboard of this intelligent computer systems and to high performance platform the communication interface of " transparent transmission " of various built-in device is provided through South Bridge chip, makes the operating system of high performance platform not need directly to drive built-in device and just can use built-in device.Wherein, said built-in device can comprise: internal HDD, built-in wired network adapter, built-in wireless network card, built-in Wifi, USB interface or the like.Wherein, the operating system of moving on the low performance platform is controlled built-in hard disk and a part of hard drive space is simulated into an independent hard disk and offers the high performance platform use.Like this, the low performance platform just is equivalent to provide for high performance platform the running environment of a simulation, and the operation of high performance platform can monitored and manage to the low performance platform.

Wherein, the various interface that provides to high performance platform of low performance platform can be to limit authority.

Wherein,, this computer system can the status data of the CPU of high performance platform and internal memory be saved among the internal memory of low performance platform when being withdrawn into the low performance platform from high performance platform.When under the low performance platform, starting high performance platform, the CPU of the low performance platform of this computer system or internal memory can be transferred to system data the CPU and the internal memory of high performance platform through high-speed bus.Wherein, this high-speed bus can be south bridge bus or north bridge bus or other private bus.

In the present embodiment, the low performance platform operations system of this computing machine supports multi-mode.This operation system of computer can be controlled this computing machine and get into the low performance platform and carry out function corresponding from high performance platform.

In the present embodiment, this computing machine is accomplished a lot of common functions under the low performance pattern, and therefore, the user is when using these common functions, and this computing machine can keep the low performance pattern---and this just greatly reduces energy consumption and hardware loss.

In the present embodiment, computing machine adopts separate two CPU that are separated, and such two CPU can be from different manufacturers, for example: high-performance CPU adopts the INTEL product and adopts the chip of other manufacturer with the integrated CPU of south bridge.Like this, can obtain the optimality price ratio of performance and cost effectively.

Embodiment 2

This computer system has an operating system that can be used for intelligent computer systems; This operating system can according to user's operation or computer working be loaded or the task classification decides independent the startup to move the low performance platform or start high performance platform simultaneously; For example: this operating system has a functional mode that is specifically designed to recreation; When from this game function of running on the lower load such as web page browsing entering, this operating system will forward the startup high performance platform to from only starting the low performance platform.Wherein, two platforms can be worked simultaneously, perhaps start one of them separately.

Wherein, this computer system or its operating system can send to low performance GPU earlier with the vision signal of high-performance GPU, and low performance GPU can select or handles afterwards to the screen outputting video signal the vision signal of two GPU.Wherein, low performance GPU can export the signal of two GPU simultaneously to screen with the mode of picture-in-picture.Wherein, low performance GPU can switch the video output signals of two GPU according to user operation and needs and outputs to main display.

In addition, the operating system of this computer system can also have or not have following function:

1) task or program or thread are at the shift function between low performance platform and the high performance platform---when this computer system begins to start high performance platform under the state that only starts the low performance platform; Previous on the low performance platform, carrying out of task or program or thread are transferred on the high performance platform and are moved; Vice versa, when this computer system is closed high property platform, can before carrying out on the high performance platform of task or program or thread be transferred on the low performance platform and move.

2) communication each other of working at the same time into of two of this computer system platforms is carried out exchanges data and is shared.

Embodiment 3

In the present embodiment; This intelligent computer systems is a big screen intelligent TV; Constitute by a body, have independently independently high-performance GPU (independently display chip) and one a group of independently jumbo high-performance internal memory (the for example DDR4 internal memory of 8G) of high-performance CPU, with giant-screen main display.Wherein, in the north bridge chips of the mainboard of this computer system integrating low performance CPU and low performance GPU.Wherein, also integrated one group of ROM (512M) and one group of RAM (512MDDR2 internal memory) on the mainboard of this computer system.

In the present embodiment, this intelligent computer systems has two operating systems---customization operations system and PC operating system.Wherein, the customization operations system stores is in the integrated ROM of this computer system motherboard, and wherein, the each startup of this computer system all can begin to start guiding from this ROM.Wherein, the user gets into the customization operations system or gets into PC operating system after this computer system starting can be set, and the user can change setting.Wherein, has the option that starts PC operating system in the interface of customization operations system.

Wherein, This computer system is after start getting into the customization operations system interface, and this computer system is in the low performance pattern---and high-performance CPU, high-performance GPU and high-performance internal memory quit work or are closed or do not have power supply and to have only low performance CPU and the plate of this computer system to carry RAM in running order.

Wherein, when this computer system starting PC operating system, the high-performance CPU of this computer system, high-performance GPU and high-performance internal memory can start work.Wherein, this PC operating system is on high-performance CPU and high-performance internal memory.

Wherein, the customization operations system of this computer system can carry out following function under the low performance pattern: televisor function, computer function, video telephone function, browsing page, DVD playing back, broadcast Online Video and other is than the underload function.

Wherein, the customization operations system of this computer system also has the function of operation customized games.The customization operations system of this computer system starts high-performance CPU, high-performance GPU and high-performance internal memory when wherein, can play at the large-scale 3D of operation high load capacity.

Wherein, the PC operating system of this computer system can be prepackage or by user installation, and wherein, this operating system can be windows or based on the operating system of Linux core.Wherein, the user can under this PC operating system, install by third party exploitation with the various application software of attributive function not, comprising: office, web page browsing, picture show, recreation or the like.

Wherein, this customization operations system is pre-installed in this computer system by the manufacturer.Wherein, this customization operations system is this computer system custom operation system.Wherein, the user can under this customization operations system, install by third party exploitation with the various application software of attributive function not.

Wherein, the hardware of this computer system in body comprises: high-performance CPU, high-performance GPU, high-performance memory group, mainboard (comprise on the mainboard integrated low performance CPU integrated and north bridge chips, the plate of low property GPU carry ROM and plate carries RAM), hard disk, mainboard, CD-ROM drive and power supply.Wherein, the peripheral hardware of this computer system can comprise: hand-held remote control unit, keyboard, mouse, game paddle or the like.Wherein, also be integrated with Ethernet interface on this computer system and be used to connect broadband internet.

Wherein, this computer system is also built-in one be used to show the small display of controlling supplementary, this small display can not be used for showing the video output signals of this computer system, and comes display control information.

Wherein,, this computer system can the status data of high-performance CPU under the PC operating system and high-performance internal memory be saved among the low performance internal memory when being withdrawn into the low performance pattern under high performance mode.When under the low performance pattern, starting high performance mode, the low performance CPU of this computer system or low performance internal memory can be transferred to high-performance CPU and high-performance internal memory through high-speed bus with system data.Wherein, this high-speed bus can be north bridge bus or other private bus.

In the present embodiment, the customization operations system of this computer system supports the low performance pattern.The customization operations system of this computer system can control this computer system and get into the low performance pattern and carry out function corresponding from high performance mode.

In the present embodiment, this computer system is accomplished a lot of common functions under the low performance pattern, and therefore, the user is when using these common functions, and this computer system can keep the low performance pattern---and this just greatly reduces energy consumption and hardware loss.

Embodiment 4

In the present embodiment, this intelligent computer systems is the intelligent television of a giant-screen, has an internal memory that has the CPU of a plurality of its processing core, a GPU with a plurality of its processing core and be made up of together several groups of memory chips.

Wherein, When this computer system is in the low performance pattern; CPU and GPU have only an its processing core in running order, have only one group of internal memory work of treatment state simultaneously, and other CPU its processing core, GPU its processing core and memory group quit work or be closed or do not have a power supply.

Wherein, whether this computer system can start all CPU its processing core, GPU its processing core and memory group according to the automatic decision of load condition.

In the present embodiment, one group of internal memory of formation low performance internal memory also is a part that constitutes the high-performance internal memory.

In the present embodiment,, this computer system can the status data of core that stops and internal memory be saved in when being withdrawn into the low performance pattern under high performance mode one group of internal memory among (low performance internal memory).When under the low performance pattern, starting high performance mode, the core work of this computer system or the internal memory of work can be transferred to other core and internal memory through high-speed bus with system data.

Embodiment 5

In the present embodiment, this intelligent computer systems is to be made up of two separate bodies: big screen intelligent televisor and one is outer computer independently.Wherein, intelligent TV set is connected through two-way channel with outer computer.Wherein, the low performance platform that integrated low performance CPU, low performance GPU and low performance internal memory constitute in the big screen intelligent TV.Wherein, Independently independently a high-performance GPU (independently display chip) and special-purpose one a group of independently jumbo high-performance internal memory (the for example DDR4 internal memory of 8G) of high-performance CPU of high-performance CPU, is installed on the mainboard of outer computer, more than constitutes a high performance platform.Wherein, this intelligent TV set has a telepilot.Wherein, the telepilot of this intelligent computer systems can be operated this intelligent television and can control should the outside stand-alone computer.Wherein, this outside stand-alone computer is connected with this intelligent television and when shutdown, still can be started by the telepilot of this intelligent television or this intelligent computer systems.Wherein, this outside stand-alone computer can be independently desktop computer or home game machine.

Wherein, the receiver of the control signal of this telepilot transmission is installed in the body of big screen intelligent televisor.Wherein, this telepilot is that the communication of the two-way channel through this intelligent TV set and outside stand-alone computer is accomplished to the control of outside stand-alone computer.Wherein, when externally stand-alone computer was not connected with intelligent TV set, this telepilot can be controlled this big screen intelligent TV individually, that is to say, only the telepilot as this intelligent television uses.Wherein, When outside stand-alone computer is connected with intelligent TV set; Outside stand-alone computer is still intercepted the two-way channel with intelligent TV set when shutdown; The signal that telepilot will start high performance platform sends to intelligent TV set and sends to outside stand-alone computer by intelligent TV set through two-way channel, and outside stand-alone computer will start after receiving this enabling signal.

Wherein, when this intelligent TV set was connected with outside stand-alone computer, both just were combined into described intelligent computer systems.Wherein, when this intelligent TV set is not connected with outside stand-alone computer, both just can be respectively individually as the independent intelligent televisor and independently main frame use and move.

Wherein, the operating system of low performance platform is stored in the built-in hard disk of intelligent TV set or the plate on the intelligent TV set mainboard carries in the storer.Wherein, the each startup of this computing machine all can be carried storer or this built-in hard disk from this plate and begun to start guiding, and then, the user can select whether to start outside stand-alone computer (high performance platform operating system) through the telepilot of operative intelligence televisor.Wherein, can on two platforms, move low performance platform operations system and high performance platform operating system simultaneously respectively behind this computer starting.

Wherein, This intelligent computer systems can not start outside stand-alone computer after starting intelligent TV set; At this moment, this computer system is in the low performance pattern---outer computer (high-performance CPU, high-performance GPU and high-performance internal memory) quit work be closed or do not have the power supply and have only the intelligent TV set (low performance CPU, low performance GPU and plate carry RAM) of this computer system in running order.This computer system can be in a long-term standby of low performance pattern and a very low power consumption of generation; Wherein, this computer system still can be carried out some function during standby under the low performance pattern, for example: TV, video telephone function; Download function, operation applet or the like.

Wherein, when this computer system starting high performance platform operating system, outside stand-alone computer (high-performance CPU, high-performance GPU and high-performance internal memory) can startup work.

Wherein, this intelligent television has a built-in hard disk, and this hard disk visited and read and write to this outside stand-alone computer can with specified permission through the low performance platform after starting high performance mode.

Wherein, Under high performance mode; The video output signals of the GPU of this outside stand-alone computer (high-performance GPU) can be delivered to the built-in GPU (low performance GPU) of intelligent TV set earlier, then the built-in GPU of this intelligent TV set vision signal is selected or handle after vision signal is outputed on the main display of intelligent TV set.Wherein, this intelligent TV set can select to show the vision signal of the GPU of built-in GPU or outside stand-alone computer.Wherein, this intelligent television function shows the vision signal of the GPU of built-in GPU and outside stand-alone computer with the mode of picture-in-picture.

Embodiment 6

In the present embodiment, intelligent computer systems is a panel computer or smart mobile phone.

The concrete working method of present embodiment is identical with embodiment 1 or 2 or 3 or 4.

Claims

1. Multimode Intelligent computer system; It is characterized in that this intelligent computer systems has the CPU of two different performances at least---high-performance CPU and low performance CPU, wherein; This intelligent computer systems has two kinds of mode of operations---high performance mode and low performance pattern; Wherein, the high-performance CPU of this intelligent computer systems is in running order under high performance mode, wherein; Under the low performance pattern high-performance CPU of this intelligent computer systems quit work be closed or do not have the power supply and low performance CPU is in running order; Wherein, this intelligent computer systems comprises a main display, and this intelligent computer systems still can be moved under the low performance pattern under this main display closing state.

2. a Multimode Intelligent computer system is characterized in that, this intelligent computer systems has the CPU of two different performances at least---high-performance CPU and low performance CPU; Wherein, This intelligent computer systems has two kinds of mode of operations---high performance mode and low performance pattern, and wherein, the high-performance CPU of this intelligent computer systems is in running order under high performance mode; Wherein, Under the low performance pattern high-performance CPU of this intelligent computer systems quit work be closed or do not have the power supply and low performance CPU is in running order, wherein, this intelligent computer systems comprises a main display; Wherein, This intelligent computer systems can be controlled by enough telepilots, and this telepilot can the switch main display, operates this telepilot this intelligent computer systems is switched between high performance mode and low performance pattern.

3. a Multimode Intelligent computer system is characterized in that, this intelligent computer systems has the CPU of two different performances at least---high-performance CPU and low performance CPU; Wherein, this intelligent computer systems has two kinds of mode of operations---high performance mode and low performance pattern, wherein; The high-performance CPU of this intelligent computer systems is in running order under high performance mode, wherein, under the low performance pattern high-performance CPU of this intelligent computer systems quit work be closed or do not have the power supply and low performance CPU is in running order; Wherein, This intelligent computer systems comprises a main display, and wherein, this intelligent computer systems has the GPU of two different performances; Wherein, High-performance GPU works under high performance mode, and high-performance GPU quits work under the low performance pattern or is closed or do not have power supply, wherein; This intelligent computer systems can be controlled by enough telepilots, operate this telepilot can be on the main display of this intelligent computer systems the video output signals of switching displayed high-performance GPU and low performance GPU.

4. a Multimode Intelligent computer system is characterized in that, this intelligent computer systems has the CPU of two different performances at least---high-performance CPU and low performance CPU; Wherein, this intelligent computer systems has two kinds of mode of operations---high performance mode and low performance pattern, wherein; The high-performance CPU of this intelligent computer systems is in running order under high performance mode, wherein, under the low performance pattern high-performance CPU of this intelligent computer systems quit work be closed or do not have the power supply and low performance CPU is in running order; Wherein, built-in in the body of this intelligent computer systems 1 built-in hard disk is installed, wherein; Under high performance mode and under the low performance pattern; This built-in hard disk can both be worked, and wherein, high-performance CPU can read and write this built-in hard disk at high performance mode; Wherein, low performance CPU can read and write this built-in hard disk under the low performance pattern.

5. a Multimode Intelligent computer system is characterized in that, the CPU of this computing machine has its processing core of a plurality of its processing core or two different performances; Wherein, This intelligent computer systems has two kinds of mode of operations---high performance mode and low performance pattern, and wherein, the whole cores of this intelligent computer systems CPU or high-performance core are in running order under high performance mode; Wherein, Other core of the in running order and CPU of the core of this intelligent computer systems CPU or low performance core or high-performance core quit work or are closed or do not have power supply under the low performance pattern, and wherein, this intelligent computer systems also comprises a main display; Wherein, This intelligent computer systems still can be moved under the low performance pattern under this main display closing state, and perhaps, this intelligent computer systems can be advanced with control by enough telepilots; This telepilot can the switch main display, and this telepilot can be operated this intelligent computer systems and between high performance mode and low performance pattern, switch.

6. according to one of them described Multimode Intelligent computer system of claim 1 to 5; It is characterized in that; This intelligent computer systems comprises a main display; Perhaps this intelligent computer systems comprises a telepilot, and perhaps this intelligent computer systems comprises a main display and a telepilot.

7. according to a kind of operating system of one of them described Multimode Intelligent computer system of claim 1 to 6; It is characterized in that; The operating system that low performance CPU goes up operation can start another operating system of operation according to user's operation or specified conditions on high-performance CPU; Wherein, another operating system work operates on the high-performance CPU.

8. according to a kind of operating system of one of them described Multimode Intelligent computer system of claim 1 to 6; It is characterized in that; This operating system can start separately low performance CPU or and on low performance CPU, move, this operating system can also according to user's operation or specified conditions start operation high-performance CPU and operation or on the CPU of said two different performances, move simultaneously on high property CPU.

9. according to one of them described Multimode Intelligent computer system of claim 1 to 6, it is characterized in that the main display of this intelligent computer systems, high-performance CPU and low performance CPU are installed in the same body.

10. according to claim 1 to 9 one of them described Multimode Intelligent computer system or its operating system, it is characterized in that this computer system or its operating system have or several in the following characteristic:

1) this intelligent computer systems comprises a main display,

2) this intelligent computer systems comprises a telepilot,

3) main display of this intelligent computer systems, high-performance CPU and low performance CPU are installed in the same body,

4) main display of this intelligent computer systems and low performance CPU are installed in the same body, and high-performance CPU then is installed in another body,

5) this intelligent computer systems still can be moved under the low performance pattern under this main display closing state,

6) this telepilot can the switch main display, and operate this telepilot this intelligent computer systems is switched between high performance mode and low performance pattern,

7) signal receiver of this telepilot and main display are installed in the same body,

8) main display and high-performance CPU are installed in respectively in two bodies, and the signal receiver of this telepilot and main display are installed in the same body,

9) main display and high-performance CPU are installed in respectively in two bodies, and when two bodies were connected, the body that this telepilot can belong to high-performance CPU through the body at main display place transmitted control signal and controls,

10) main display and high-performance CPU are installed in respectively in two bodies, and this telepilot is the body at remote control main display place separately,

11) main display and high-performance CPU are installed in respectively in two bodies, and when two bodies were not connected, this telepilot is the body at remote control main display place separately,

12) main display and high-performance CPU are installed in respectively in two bodies, and when two bodies were not connected, these two bodies can use separately respectively and move independently,

13) main display and high-performance CPU are installed in respectively in two bodies, and when two bodies were not connected, the body at this main display place can use as intelligent TV set,

14) main display and high-performance CPU are installed in respectively in two bodies, when two bodies are not connected, this high-performance CPU do body can use as main frame independently,

15) this intelligent computer systems has the GPU of two different performances; Wherein, high-performance GPU works under high performance mode, and high-performance GPU quits work under the low performance pattern or is closed or do not have a power supply; Wherein, This intelligent computer systems can be controlled by enough telepilots, operate this telepilot can be on the main display of this intelligent computer systems the video output signals of switching displayed high-performance GPU and low performance GPU

16) built-in in the body of this intelligent computer systems 1 built-in hard disk is installed, wherein, under high performance mode with the low performance pattern under; This built-in hard disk can both be worked; Wherein, high-performance CPU can read and write this built-in hard disk at high performance mode, wherein; Low performance CPU can read and write this built-in hard disk under the low performance pattern

17) operating system of the last operation of low performance CPU can start another operating system of operation according to user's operation or specified conditions on high-performance CPU, and wherein, another operating system work operates on the high-performance CPU,

18) operating system of this intelligent computer systems can start separately low performance CPU or and on low performance CPU, move; This operating system can also according to user's operation or specified conditions start operation high-performance CPU and operation or on the CPU of said two different performances, move simultaneously on high property CPU

19) this intelligent computer systems has the GPU of two different performances---high-performance GPU and low performance GPU,

20) CPU of these two different performances cooperates operation with the GPU of two different performances respectively,

21) this intelligent computer systems or its operating system can send to low performance GPU earlier with the vision signal of high-performance GPU; Low performance GPU can select or handles afterwards to the main display outputting video signal the vision signal of two GPU; Wherein, low performance GPU can export the signal of two GPU with the mode of picture-in-picture simultaneously to main display, perhaps; Low performance GPU can switch the video output signals of two GPU according to user operation and needs and outputs to main display

22) low performance CPU and low performance GPU are integrated in the South Bridge chip of mainboard,

23) this intelligent computer systems has 2 kinds of duties---tv state or computer mode at least,

24) described high-performance CPU and low performance CPU are two CPU on the separate chip,

25) this intelligent computer systems has 2 or 2 groups of internal memories---high-performance internal memory and low performance internal memory at least

26) CPU of said two different performances or its processing core are used different internal memories when the work operation,

27) under the low performance pattern, high-performance CPU quits work, is closed or do not have a power supply,

28) under the low performance pattern, high-performance GPU quits work, is closed or do not have a power supply,

29) under the low performance pattern, the high-performance internal memory quits work, is closed or do not have a power supply,

30) under the low performance pattern, built-in hard disk can keep operation and cooperate low performance CPU to carry out work,

31) CPU of these two different performances or its processing core are installed on the same mainboard,

32) same direct supply is used and be connected in to the CPU of these two different performances or its processing core,

33) separately program and task are moved and handled to the CPU of these two different performances or its processing core respectively,

34) CPU of these two different performances or its processing core are connected to and shared same South Bridge chip,

35) the shared same South Bridge chip of the CPU of these two different performances or its processing core, wherein, low performance CPU is incorporated in the same chip with this South Bridge chip,

36) low performance CPU is incorporated in the same chip with the north bridge chips that is mated work,

37) low performance CPU is incorporated in the same chip with the low performance GPU that is mated work,

38) operating system of moving on this low performance CPU or its processing core has the driver of the built-in device that is connected with this South Bridge chip on South Bridge chip and the mainboard of mainboard of this intelligent computer systems,

39) the operating system control South Bridge chip of this low performance CPU or its processing core or operation on it provides the south bridge communication interface to the operating system of high-performance CPU or its processing core or operation on it,

40) built-in in the body of this intelligent computer systems 1 built-in hard disk is installed,

41) wherein, under high performance mode and under the low performance pattern, this built-in hard disk can both be worked.Wherein, high-performance CPU can read and write this built-in hard disk under high performance mode.Wherein, low performance CPU can read and write this built-in hard disk under the low performance pattern,

42) this intelligent computer systems starts the boot section from this built-in hard disk and begins startup,

43) operating system installation of the operating system of this intelligent computer systems or low performance pattern is in this built-in hard disk,

44) under the low performance pattern, this built-in hard disk can be stopped work or be closed or do not have a power supply,

45) the operating system control built-in hard disk of this low performance CPU or operation on it and the built-in hard disk communication interface is provided to high-performance CPU or the operating system moved it on,

46) GPU of the CPU of these two different performances or its processing core and its cooperation uses identical video output interface,

47) CPU of these two different performances or two different operating systems on it can be used the same input equipment of this computing machine,

48) CPU of said two different performances or its processing core can be worked simultaneously,

49) under the low performance pattern of this intelligent computer systems, the user can use input equipment that this intelligent computer systems is operated,

50) this intelligent computer systems can be accomplished in the following function one or several or all under the low performance pattern: the answering and call out, surf the web, run application, install or unload application program, watch TV, watch Online Video of videophone

When 51) networking telephone or videophone incoming call being arranged under the low performance pattern; This intelligent computer systems can be sent ring sound or show incoming call prompting through external or built-in display device through external or built-in audio frequency apparatus; This intelligent computer systems still keeps the low performance pattern simultaneously

52) under two kinds of different working modes, the video output signals of this intelligent computer systems all is output on the same main display or on the identical video output interface terminal,

53) this intelligent computer systems has at least two different operating systems,

54) this intelligent computer systems only has an operating system, and this operating system is the custom operation system,

55) CPU of these two different performances or its processing core can be worked simultaneously, and wherein, the operating system of this low performance CPU or its processing core and operation on it can start and close high-performance CPU or its processing core,

56) when this intelligent computer systems is withdrawn into the low performance pattern under high performance mode can with high-performance CPU or high-performance internal memory or all both status data be saved among low performance internal memory or the specific memory; When under the low performance pattern, starting high performance mode; This intelligent computer systems can be from low performance internal memory or specific memory with the status data of preserving be transferred to high-performance CPU or high-performance internal memory or all both

57) operating system of the operating system of this intelligent computer systems or low performance platform is kept at plate on the mainboard and carries in the storer or in the built-in hard disk,

58) each start all of this intelligent computer systems carried the storer or the operating system in this built-in hard disk starts guiding from this plate.