TW200822610A - Device and computer readable medium for providing content - Google Patents

Abstract

A device adapted to send content to a mobile media player, the device includes: an identifying unit adapted to identify a predefined physical manipulation applied on the mobile media player; and a transmitter, adapted to send content to the mobile media player in response to the identification. A computer readable medium having computer-readable code embodied therein for authorizing access to a network, the computer-readable code including instructions for: identifying a predefined physical manipulation applied on the mobile media player; and sending content to the mobile media player in response to the identification.

Description

200822610 IX. Invention description: I: Technical field to which the invention belongs 3 Reference documents This application requires US Provisional Patent Sequences submitted on July 25, 2006 - Nos. 5, 60/820, 230 and 60/820, 231, and November 27, 2006 Temporary - Patent Serial No. 60/867,198. The present application is related to a patent application filed concurrently with the present application, attorney Docket No. 1149, entitled "METHOD, DEVICE AND COMPUTER READABLE MEDIUM FOR UTILIZING MEDIA CONTENT 10 (method, device and computer readable medium for utilizing media content)" And the patent application, attorney docket number 1148, entitled "METHOD, MOBILE MEDIA PLAYER AND COMPUTER READABLE MEDIUM FOR SHARING MEDIA CONTENT", for all methods of sharing media content, mobile media players and computer readable media), here Introduced in -15 for reference. FIELD OF THE INVENTION The present invention relates to a method, apparatus and computer readable medium for providing content. [Prior Art 3 20] A single communication channel is typically used to initiate a communication session and transfer content. Initialization typically involves transmitting a predetermined signal through the first device, transmitting the response signal 'on another device' and then 'exchange' the 200822610 handshake on that single communication channel, resulting in undesired distribution of copyrighted material over a relatively large range and prone to appearing Noise and / or error. These features of prior art initialization prevent copyright owners from allowing a limited range of distributed copyrighted content. There is a need to provide a device and a computer readable medium that can initialize the content. [Spoofing Content] Summary of the Invention A device is adapted to transmit content to a mobile media player, the device comprising an identification unit for identifying 10 pre-existing physical operations applied to the mobile media player; and a transmitter adapted It should be recognized back and sent to the mobile media player. The computer readable medium embeds therein computer readable code for authorizing access, and the computer readable medium includes instructions for: identifying a predetermined physical operation imposed on the mobile media player; Know 15 and send the content to the mobile media player. A method for transmitting content from a device to a mobile media player, the method comprising: (1) identifying a predetermined physical action imposed on the mobile media player; and (ii) responding to the identification, transmitting the content to the mobile media player. A method for receiving media content, the method comprising: (i) receiving an invitation to receive content from a device, and (8) responding to a predetermined physical operation applied to the mobile media player to receive the content through the mobile media player. BRIEF DESCRIPTION OF THE DRAWINGS The invention will be more fully understood and appreciated from the following detailed description of the appended claims <RTIgt; 2 illustrates an embodiment for receiving content according to an embodiment of the present invention; 5 FIG. 3 illustrates a kiss according to an embodiment of the present invention; and FIGS. 4A and 4β are exemplified according to the present invention. Embodiments, the circular contact area and the annular inner valley provide a relationship of intervals; FIGS. 5A-5C are timing diagrams illustrating the relationship between one or more identification and content providing periods, and 10, in accordance with an embodiment of the present invention; Figure 6 illustrates an apparatus in accordance with an embodiment of the present invention. [Embodiment] The specific embodiment can explain the term "media player," and means for reproducing audio and/or video files in a general conventional sense. Replay includes generating an audio signal number 15' and additionally or replaceable Responding to audio and/or video files to produce video signals. The term "area" can encompass both two-dimensional and three-dimensional spaces, usually defined by a Korean map of the receiver, and alternatively or additionally by a radiation pattern of the transmitter. An apparatus 20 is adapted to transmit content to a mobile media player, the apparatus comprising: an identification unit adapted to identify a predetermined physical operation applied to the mobile media player; and a transmitter adapted to recognize the content Sent to the mobile media player. The computer readable medium embeds computer readable code therein for authorizing access 7 200822610. The network 'computer readable generation bee includes instructions for: identifying a reservation imposed on the mobile media player Physical operation; and back should be identified, the content is sent to the mobile media player. According to the invention In an embodiment, the device can control the manner in which content is sent to the mobile media to play n. The device can control the manner in which the mobile miscellaneous player will play the media (if the content is sent to the mobile media player). Changing the speed of playing media content, stopping playing media content, skipping video clips or songs, etc., 10 according to another embodiment of the present invention, the mobile media player can control (4) send content 'especially how to play media content (send The way to the mobile media device. Therefore, the entities provided within the control (device or mobile media playback can send commands to another entity, alternatively or additionally control how it is played. 15 It should be noted that the above control can Obtaining a user intervention control order material or a money register. Sending a message to the mobile media player according to an embodiment of the present invention, a method 307 is sent from the device to the mobile media player. 20 steps can be performed by step 327 Or optional step 317 begins. Step 327 includes posting in step 3, when the device and the mobile media play two ". The transmission is also called "Zhang ( The range is also referred to as "(4) The receivers conveniently receive / Q in the advertising range of each other. The request sent by the leaf ' can be broadcasted by the mobile media. 8 200822610 Generally, the sending step 317 can include at least one of the following steps, Or its ultrasonic transmission invitation '(9) by using the wireless money to find the seam, and (iii) by transmitting the invitation using the infrared link. Step 327 includes identifying the predetermined object applied to the mobile media player: operation (also known as "Contact"). If step 3!7 is before step 327, then the application of the predetermined operation can be considered to receive the request. The predetermined physical operation can be detected by a detection unit, also referred to as a contact: piece.

10. In accordance with an embodiment of the present invention, step 327 is generated when both the device and the mobile media player are located within a neighborhood (also referred to as a contact area) that is less than the predetermined content delivery area. The neighborhood and the content offer area can at least partially overlap, but this is not necessarily the case. The content providing area and the neighboring area can have different shapes depending on the radiation pattern of the device and the mobile media player participating in the transmission of the inner valley and the identification contact and the environment of the device and the mobile media player. Conveniently, assuming an omnidirectional radiation pattern, the adjacent area and the content providing area can be shaped into a ring and/or a circle

The method/equipment can be applied to a radiation pattern different from the omnidirectional radiation pattern. Each of these areas is characterized by a minimum non-zero distance between the device and the mobile media player. It should be noted that each of these areas is characterized by a zero distance between the device and the mobile media player. 4A and 4B illustrate the circular contact area 118 and the annular content providing area 121 defined by the circles 120 and 122. The contact area π8 and the content providing area can be non-overlapping but concentric. FIG. 4A illustrates an apparatus 11A and a device 112 located within the contact area 118. Each of these devices has contact elements (1) 6 and 9 200822610 114) that are capable of identifying contacts, and communication link elements and 115) that can be used to transmit and/or receive content. Conveniently, the contact element 114 of the device 110 identifies a contact that is at least partially performed by the mobile media player 112 (above). The 4th map example Ge (= provides content from the device 110 to the mobile media player 112. In the figure = the device 5 is located in the virtual axis of the content providing area 121, and the mobile media player &quot;&quot; The content between the rings 120 and 122 is provided in the area 121. According to an embodiment of the present invention, different predetermined physical operations should occur within a certain space without interfering with each other. The example case can include a museum in which adjacent exhibits should Different mobile media players are provided with different internal contents, and the provision of content is adjusted by performing predetermined physical operations. It is expected that contact will be detected by a certain exhibit (thus, the content from that exhibit will be sent to the mobile media player), but Not detected by adjacent exhibits. This can be achieved by defining adjacent regions of adjacent exhibits in a non-overlapping manner. It should be noted that as long as the adjacent regions do not overlap, the content providing regions of different adjacent exhibits can overlap. 15 Therefore, the adjacent regions are defined. Preventing other devices from recognizing a predetermined physical operation imposed on the mobile media player, such as when the mobile media player is located in a contiguous zone. Step 327 includes receiving one or more proximity representations. The proximity representation can be a current proximity representation, a Hall effect proximity representation, or a biometric neighbor 20 representation. As long as the user of the second mobile media player touches the first mobile media player (as well In particular, the dedicated component of the first mobile media player and the fingerprint of the first mobile media player can receive the biometric proximity representation. According to an embodiment of the invention, the step 327 of identifying the contact can include monitoring the mobile media player using near field radiation. Speed, monitoring mobile media broadcast 10 200822610. The monitoring can include acceleration using various sensor injectors, or a combination thereof to process signals and the like.

Conveniently, the contact is obtained to receive the signal and modify it to be erroneously identified only by shortening the contact of the contact element. Therefore: stop 327 can be white nr# stop loss... Steps Depleted steps (1) From the mobile media, put a mosquito in the signal to the media player to apply on the letter to move ill response. From the device to the mobile system (four) signal and the desired improvement process by °, to determine the effectiveness of the improved signal is also convenient to receive the proximity representation is not sufficient. Contact usually requires 10 devices to be placed in contact with the mobile media player.

The predetermined physical operation should include placing the mobile media player in a plurality of locations and during one or more time periods, such as distinguishing the predetermined physical operation from merely placing the mobile media player and device adjacent to each other. For example, the contact can include - or more than 15 rotations of the mobile media player about a predetermined axis, for a certain period of time (usually beyond (9), placing the mobile media player away from the device, etc. To the extent that the above description refers to the operation applied to the mobile media player, the device and the mobile media player are operated to provide contact. Figure 3 illustrates that the contact should at least partially include the device cutting and moving the media 20 to play. The contact elements 114, 116 of the 112 are placed in close proximity and in a certain orientation. It should be noted that Figure 3 illustrates the device 110 as a mobile media player, but this is not necessarily the case. The device 11 can be another mobile The telephone, can be a fixed device, can be fixed to a static device, etc. 11 200822610 It should be noted that the time difference between the transmitting step 317 and the identifying step 327 can be limited. Therefore, if no contact is recognized within a predetermined time period, the method 307 is ended. For the sake of simplicity, this option is not illustrated. It is further noted that the receiving step 327 is preceded by the sequence of the passing step 317. 5 Step 327 is followed by step 347 Responding to the identification, the content is sent to the mobile media player. It should be noted that the content can also be provided to the device from the mobile media player. Step 347 utilizes the communication link established between the mobile media player and the device. Conveniently, Content can be provided when a predetermined proximity policy is adhered to. Pre-determined proximity policies can require content to be provided when devices and mobile media players are within a content providing area (also referred to as a communication area or communication ring). Further note the reservation The proximity policy can tolerate one or more violations. For example, the predetermined proximity policy can tolerate a short duration period during which the mobile media player is outside the content provision area defined by the device. 15 Embodiments in accordance with the invention As long as a violation is detected, an audible (audio and/or visual) can be generated. Thus, step 347 can include generating a violation indication and terminating the transmission if the violation is not corrected within a predetermined time period. Allow violations and the amount of time each of the allowed violations is as long as it is reached (or exceeded) and/or as long as Too long, step 20 step 347 will end. Xi

It should be noted that step 347 can include monitoring the implementation of a predetermined proximity policy. The A-trr can be performed only by the device, at least in part by the device, or alternatively, at least in part by the mobile media player. Typically, step 347 includes at least one of the following steps, or a level thereof, 12 200822610 (i) monitoring the implementation of the predetermined proximity policy by the device, and (ii) receiving at least one predetermined proximity policy from the mobile media player by the device Implementation representation. According to various embodiments of the present invention, a period of almost unlimited content is provided after a successful identification of a predetermined physical operation. According to another embodiment 5 of the present invention, after successful identification, it is a time limited period during which content can be provided. Thus, if the user of the device and mobile media player wishes to continue providing content, they should perform one or more iterations of step 327. Thus, method 307 can include adjusting the continuation of transmission by identifying at least one predetermined physical operation during content provisioning, can include stopping the transmission of the content except for a predetermined physical operation sequence that is not recognized during the sharing, and can be included after the transmission begins, At least one request is sent to perform a predetermined physical operation. The 5A example illustrates successful recognition (represented by curve 171 across time points and inter-derivatives) followed by an almost infinite content supply period (illustrated by curve 181 starting at time point t2. Time point t2 is at time point) ^ After). 15 Figure 5B illustrates the successful identification (as indicated by curve 171 across time points to and tl), followed by a time limited content provision period (curve 182 starting at time point t2 and ending at time point t6) Express). Fig. 5 exemplifies the sequence of successful recognition separated from each other (indicated by curve 17M75), allowing a time-limited content providing period (represented by a curve 183 starting at time point u 2 和 and ending at time point t7). In accordance with an embodiment of the present invention, the identifying step 327 includes utilizing the first pass and the step of transmitting the content 347 to include transmitting the content on a second = track different from the first channel. ^ The first channel is characterized by a lower capacity than the second channel, a power consumption level different from the power consumption level of the second channel of 13 200822610 (often low), or a combination thereof. It should be that the first channel can be different from the second channel in other features and that the first channel uses different transmission/reception techniques. On the first channel, the signal can include the tactile elements 114 and 116, and the communication on the second channel can include the use of communication link elements 113 and 115. Fig. 2 is a diagram showing a method 407 for receiving media content in accordance with an embodiment of the present invention. The step 417 of receiving the content from the device by receiving the eye is started. After step 4, step 427, in response to the predetermined physical operation of the job application on the mobile media player, the content is received by the mobile media player. Conveniently, step 417 includes receiving content when both the device and the mobile media player are in the content providing area; wherein the identification is generated when both the device and the mobile media player are located in a neighborhood _ less than the predetermined content delivery area. 15 In accordance with an embodiment of the present invention, the step 4 of the invitation includes the use of the

A channel 'and therein, the step 427 of receiving content includes transmitting content on a second channel different from the first channel. - The first channel is characterized by a lower capacity than the second channel, a different level than the power consumption level of the second channel, or a combination thereof. It should be noted that first, the channel energy is different from the f-channel in that other features and generally the first and second channels use different transmission/reception techniques. The communication on the channel can include the use of contact elements 114 and 116, and the second Communication over the channel = with the use of communication link elements 113 and 115. According to various embodiments of the present invention, the success of the predetermined physical operation 14 200822610 is followed by an almost unlimited content reception period. According to other embodiments of the present invention, after successful identification, a period of limited time during which time the content can be received. Therefore, if the user of the mobile media player wishes to continue receiving content, one or more predetermined physical operations should be performed. 5 Thus, method 407 can include adjusting the duration of the received content by performing at least one predetermined physical operation during reception, which can include stopping the reception of the content unless a repeated predetermined sequence of physical operations is performed during reception, and can be included at the beginning of the content reception Thereafter, at least one request is received to perform a predetermined physical operation. The 5A-5C diagram illustrates an example relationship between performing a predetermined physical operation and continuously receiving content (equivalent to the content providing period shown in these figures). Figure 6 illustrates an apparatus 1 in accordance with an embodiment of the present invention. To simplify the description, it is assumed that device 110 is a mobile media player, but this is not the case. For example, device 110 does not necessarily include peripheral device 114, and must also have media playback capabilities. System 100 includes unit 90 and, optionally, a content source module n〇'. Additional components (such as a power source) not shown may also be included. When it is desired that the content (not necessarily the media content) is provided to the mobile media player 112 of the previous figure, the content source module 11 is conveniently obtained. Unit 9 can be connected to an access information provider, encryption key generator, etc. to provide an authorized mobile media player, such as mobile media player 112, to utilize the media content. The content source module 110, which can be coupled to the unit 90, can be included in the unit 9A and can be detachably coupled to the unit 90, but is also the case. For example, the inner 15 200822610 source module 110' can transfer content to the unit 90 (via wired and/or wireless channels). In addition, for another example, the content source module 11 can be a local storage unit included in the unit 90, and can be a removable storage device connected to the unit 9A. 5 The content is provided to the unit 9 via a link 100, which may be a wired link (internal or external to the mobile media unit 90) or a wireless link. Unit 90 includes: (1) logic module (also referred to as logic) 1〇2, (9) input module (also referred to as input unit) 96, (iii) encoder (also known as content encoding) 94, (iv) radio frequency ( RF) transmitter 92, (7) RF receiver 12, (vi) decoder (also known as inner 10 capacitive decoding) 122, (vii) proximity sensor 1 〇 8, (viii) range monitoring module (also known as The range controller) 112, and (ix) a small display, such as a button display 1〇4. It should be noted that the "contact" element (also referred to as the identification unit) 114 can include the proximity sensor 108 and the logic module 1〇2. Optionally, the range monitoring module 112 can be considered as part of that identification unit. 15 further note that the communication link component 113 can include an RF transmitter 92, an RF receiver 120, a decoder 122, an encoder 94, and even a logic module 102. The logical unit 102 is connected to the RF receiver 12A, the encoder 94, the RF transmitter 92, the decoder 122, the range controller 112, and the proximity sensor and the button 20 are displayed. Input module 96 is connected to encoder %. The decoder (2) is also coupled to the output module 118. The unit 90 can receive content via the input module 96. If the unit 卯 wants to pass the inner 4 received by U, then the received media content is provided to the encoder 94, encoded by the encoder 94, provided to the logic module 1〇2, and finally transmitted by rf 16 200822610 : 92, sent Go to the authorized mobile media player. It should be noted that the two times' also provide it to the user of unit 90 (via audio and/or: component or peripheral device 114). $m a week, can include headphones, speakers, monitors, and more. It is further noted that playback can be performed regardless of the transmission of media content.

10 The media content is received by the RF receiver 1〇2, sent to the logic module 1〇2, sent to the decoder i22, and decoded by the decoder! 22 Decode and transmit to the perimeter through the wheel _ 8 _ 114, 〇. Long. It should be noted that the transmitter and receiver can use radiation different from RF radiation. For example, they can utilize infrared radiation, ultrasound, wired = road, broadband radiation, and the like. ΰ

The range monitoring 112' can monitor the range of devices and mobile media playback tips. This can be done in several other ways, for example by measuring the arrival time of the acoustic signal transponder between the owner and the listener. This measurement utilizes the velocity of the sound waves in the free air 15. The device transmits an ultrasonic signal. As soon as the signal is detected by the mobile media player, the "echo, ultrasonic signal" is immediately sent back. Then, the device detects the "echo" signal, measuring the signal transmission and "echo," the time lapse between the detection of the signal. Based on the known speed of the sound waves in the air, this time is directly related to the range between the device and the mobile media player. The proximity sensor 108 can detect that the mobile media player is in the vicinity. The proximity sensor 108 can detect the proximity by utilizing the Hall effect, by detecting the biometric characteristics of the user of another mobile medium player, by utilizing a current effect or the like. In accordance with an embodiment of the present invention, unit 9 is adapted to detect an operation applied to another 17 200822610 mobile media devices. The detection can include tracking the position, speed and/or acceleration of another mobile media player. This more sophisticated detection scheme can utilize proximity sensors, such as proximity sensors 108 and one other sensor. It should be noted that more complex detection schemes can include determining velocity, acceleration, motion maps by processing adjacent and other signals output from neighboring 5 sensors and/or range monitoring modules 112. Conveniently, unit 90 can determine the identity of the player φ player requesting the use of media content. This can include receiving identification information to obtain the information by proximity sensor 108 and/or utilizing other components and/or techniques. For example, the proximity sensor based on the Hall effect does not detect the identification information of another mobile media player. In addition, other techniques, such as RFID or biometric access control, can be used. Control button 104 can be any type of user control component, such as a switch or button, with or without illumination or joystick. 15 Conveniently, the logic module 1 2 is adapted to perform at least one of: (1) • identifying or at least participating in an identification of a predetermined physical operation imposed on the mobile media player, (9) controlling the RF transmitter 92, such as a response identifier, Sending content to the mobile media player, (iii) controlling the RF transmitter %, such as an invitation to transmit the content, (iv) monitoring or participating in the monitoring of the implementation of the predetermined proximity policy, (v) during the sharing period, by identifying at least a predetermined physical operation, adjusting the duration of shipment of the inner valley, (V1) stopping the transmission of the content unless a predetermined predetermined physical operation sequence is recognized during the sharing period, and (yii) determining the speed of the mobile media player, (vm) determining The acceleration of the mobile media player. The computer readable medium has computer readable code for authorizing access to the 18 200822610 network, the computer readable code including instructions for recognizing a predetermined physical operation imposed on the mobile media player; and responding to the identification, Send content to the mobile media player. Conveniently, the computer readable code includes instructions for transmitting an invitation 5 to receive the content. Conveniently, the electric moon code includes instructions for transmitting content when the device and the mobile media player are within the content providing area, and wherein the identifying includes when the device and the mobile media player are located less than the predetermined content delivery area A predetermined physical operation is identified when in the vicinity. Conveniently, the computer readable code includes instructions for transmitting content when a predetermined proximity policy is adhered to. Conveniently, the electrical detail code includes instructions for identifying a predetermined physical operation by utilizing the first channel and transmitting the content on a second channel different from the first channel. To conveniently, the computer readable code includes instructions for adjusting the duration of the transmission by identifying fewer than one predetermined physical operation during the sharing period. Conveniently, the computer readable code includes instructions for stopping the transmission of content unless a predetermined sequence of physical operations is repeated during use. 2〇 At least 2 pcs' The computer readable code includes instructions for transmitting a request to perform a predetermined physical operation after the start of transmission. Conveniently, the computer readable code includes instructions for identifying a predetermined physical operation in response to receiving a current proximity table. Nearly convenient &apos; computer readable code includes instructions for recognizing a received Hall effect neighbor&apos; identifying a predetermined physical operation. 19 200822610

An instruction to identify a predetermined physical operation. Also, the computer item code includes instructions for identifying a predetermined physical operation by utilizing near field light. The 5 computer readable code includes instructions for identifying a predetermined physical operation by monitoring the mobile media. In some cases, the computer readable code includes instructions for identifying a predetermined physical operation by monitoring the acceleration of the mobile media. Various other implementations of the above examples will occur to those skilled in the art, without departing from the spirit and scope of the claimed invention. The present invention is not limited by the spirit and scope of the invention as set forth in the foregoing description. The second diagram for transmitting content according to an embodiment of the present invention does not exemplify a third diagram for receiving content according to an embodiment of the present invention. Example description according to the invention

A timing diagram of the relationship between the lang and the content providing period; and FIG. 6 exemplifies the apparatus according to an embodiment of the present invention. 20 200822610

[Main component symbol description] 90...unit 114'...peripheral device 92...radio frequency (RF) transmitter 94...encoder 96...input module 100...system 102...logic module 104...control button 108··· proximity sensing Device 110...device 110'...content source module 112...mobile media play area 112'...range monitoring module 113,115...link element 114,116···contact element 118···output module 120...RF reception Machine 122...Decoders 120, 122...Circular, ring.121...content providing area 171-175...curve 181...starting curve 182,183...end of curve 307...end method 317...step 327...step 407...method 417 , 427...Step 21

Claims (1)

200822610 X. Patent application scope: 1. A device suitable for transmitting content to a mobile media player, the device comprising: an identification unit adapted to identify a predetermined entity operation applied to the mobile media player; and a transmitter adapted It should be recognized back and sent to the mobile media player. 2. The device of claim 1, wherein the device is adapted to transmit an invitation to receive content. 3. The device of claim 1, wherein the device is adapted to transmit content when both the device and the mobile media player are in the content providing area; and wherein the identification unit is adapted to be when the device and the mobile device The predetermined physical operation is identified when the media player is located in a vicinity of the predetermined content delivery area. 4. The device of claim 3, wherein the neighboring area partially covers the predetermined content delivery area. 5. The device of claim 3, wherein the neighboring area does not cover the predetermined content delivery area. 6. The device of claim 3, wherein the proximity zone is characterized by a minimum non-zero distance between the device and the mobile media player. 7. The device of claim 1, wherein the device is adapted to transmit content when a predetermined proximity policy is adhered to. 8. The device of claim 1, wherein the identification unit utilizes the first channel, and wherein the transmitter transmits the content on the second channel of the 22 200822610 different from the first channel. 9. The device of claim 8 wherein the first channel is characterized by a lower capacity than the second channel. 10. The device of claim 8, wherein the first channel is characterized by a power consumption level different from a power consumption level of the second channel. 11. The apparatus of claim 1, further adapted to adjust the duration of the transmission by identifying at least one predetermined physical operation during the sharing period. 12. The apparatus of claim 1, further adapted to stop transmitting content during the sharing period unless a predetermined predetermined sequence of physical operations is identified. 13. The apparatus of claim 1, further adapted to transmit at least one request to perform a predetermined physical operation after the transmission begins. 14. The device of claim 1, wherein the identification unit is adapted to receive a current proximity representation. 15. The device of claim 1, wherein the identification unit is adapted to receive a Hall effect proximity representation. 16. The device of claim 1, wherein the identification unit is adapted to receive a biometric proximity representation. 17. The device of claim 1, wherein the identification unit is adapted to receive and utilize near field radiation. 18. The device of claim 1, wherein the device is adapted to monitor the speed of the mobile media player. 19. The device of claim 1, wherein the device is adapted to monitor the acceleration of the mobile media player. 20. The device of claim 1, wherein the identification unit is adapted to receive a modification signal from the mobile media player and to respond to a signal transmitted from the device to the mobile media player and applied by the mobile media player. The desired improvement process on the signal determines the validity of the modified signal. 21. The device of claim 1, wherein the device is fixed. 22. The device of claim 1, further adapted to control the transmission of content. 23. The device of claim 1, further adapted to receive a content transmission control signal from a mobile media player. 24. A computer readable medium embodying computer readable code embodied therein for authorizing access to a network, the computer readable code comprising instructions for: identifying applied to a mobile media player The predetermined entity operation on; and back should be identified to send the content to the mobile media player. The computer readable medium of claim 24, wherein the computer readable code comprises an instruction to transmit an invitation to receive content. 26. The computer readable medium of claim 24, wherein the computer readable code comprises instructions for transmitting content when both the device and the mobile media player are within the content providing area; The identification includes identifying a predetermined physical operation when the device and the mobile media player are located in a vicinity of the predetermined content delivery area. The computer readable medium of claim 24, wherein the computer readable code comprises instructions for transmitting content when a predetermined proximity policy is adhered to. The computer readable medium of claim 24, wherein the computer readable code comprises for identifying a predetermined entity operation by utilizing the first channel, and a second channel different from the first channel The instruction to send the content. ' The computer readable medium of claim 24, wherein the computer readable code comprises instructions for adjusting the continuation of the transmission by identifying at least one predetermined physical operation during sharing. 31· 32. The computer readable medium f as recited in claim 24, wherein the computer readable code comprises instructions for discontinuing transmission of content during sharing unless a predetermined predetermined sequence of physical operations is identified. The computer readable medium of claim 24, wherein the computer readable code comprises an instruction to transmit at least one request to perform a predetermined physical operation after the transmission begins. The computer readable medium of claim 24, wherein the computer cumbersome code includes an instruction for responding to the received current adjacent to the physical operation. Wherein, the computer readable code described in item 24 of the Shen Qing full-time division is identified, wherein the computer readable code includes an instruction for receiving a Hall effect proximity representation and not scheduling a physical operation. The computer readable medium of claim 24, wherein the computer readable code includes instructions for receiving a biometric proximity indication, 25 25, 2008, 226, a predetermined physical operation. The computer readable medium of claim 24, wherein the computer readable code comprises instructions for identifying a predetermined physical operation by utilizing near field radiation. The computer readable medium of claim 24, wherein the computer readable code comprises instructions for identifying a predetermined physical operation by monitoring a speed of the mobile media player. The computer readable medium of claim 24, wherein the computer readable code comprises instructions for identifying a predetermined physical operation by monitoring an acceleration of the mobile media player. 38. The computer readable medium of claim 24, wherein the computer readable code comprises an instruction for controlling content transmission by the device. 39. The computer of claim 24, wherein the computer is The medium is readable, wherein the computer readable code includes instructions for receiving a content transmission control signal from a mobile media player. 40. A method suitable for transmitting content from a device to a mobile media player, the method comprising: identifying a predetermined entity operation imposed on the mobile media player; and responding to the identification, transmitting the content to the mobile media player. 41. The method of claim 40, wherein the identifying is prior to the invitation to transmit the received content. 42. The method of claim 40, wherein the transmitting comprises transmitting 26 200822610 when the device and the mobile media player are both within the content providing area, when the device is located in a vicinity of the predetermined content transmitting area. , identifying a predetermined physical operation. The method of claim 42, wherein the neighboring area is defined to prevent other devices from recognizing a predetermined physical operation imposed on the mobile media player when the mobile media player is located in the vicinity. 44. The method of claim 42, wherein the neighboring area partially covers the predetermined content delivery area. 45. The method of claim 42, wherein the neighboring area does not cover the predetermined content delivery area. 46. The method of claim 42, wherein the proximity zone is characterized by a minimum non-zero distance between the device and the mobile media player. 47. The method of claim 40, wherein the transmitting comprises transmitting the content when the predetermined proximity policy is adhered to. The method of claim 40, wherein the identifying comprises utilizing the first channel, and wherein the transmitting comprises transmitting the content on a second channel different from the first channel. 49. The method of claim 48, wherein the first channel is characterized by a lower capacity than the second channel. 50. The method of claim 48, wherein the first channel is characterized by a power consumption level different from a power consumption level of the second channel. The method of claim 40, further comprising adjusting the duration of the transmission by identifying at least one predetermined physical operation during the sharing period. 52. The method of claim 40, further comprising &apos; stopping the transmission of content during the sharing 27 200822610 unless a predetermined predetermined sequence of physical operations is identified. 53. The method of claim 4, further comprising transmitting at least one request to perform a predetermined physical operation after the transmission begins. 54. The method of claim 4, wherein the identifying comprises receiving a proximity indication. 55. The method of claim 4, wherein the identifying comprises receiving a Hall effect proximity representation. The method of claim 4, wherein the identifying comprises receiving a biometric proximity representation. 57. The method of claim 4, wherein the identifying comprises using near field radiation. 58. The method of claim 40, wherein the speed of the mobile media player is monitored. The method of claim 40, wherein the identifying comprises monitoring the acceleration of the mobile media player. (9) The method of claim 40, wherein the identifying comprises: receiving the modified money from the spoofing device, transmitting the signal from the spoofing device: the mobile media player, and applying the signal on the 61 由 by the mobile media player. The improvement process is expected to 'determine the effectiveness of the modified signal. The method of claim 40, wherein the device is solid and further comprises transmitting the control content by the method described in claim 40. 28 200822610 Sending control content. 63. The method of claim 4, further comprising receiving a content transmission control signal from a mobile media player. 64. A method for receiving media content, the method comprising: receiving an invitation to receive content from a device; and receiving an identification by a mobile media player in response to an identification of a predetermined entity operation applied to the mobile media player. </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> <RTIgt; Identification is generated when both are located in the vicinity of the predetermined content transmission area. 66. The method of claim 65, wherein the neighboring area partially covers the predetermined content delivery area. 67. The method of claim 10, wherein the neighboring area does not cover the pre-content transmission area. 68. The method of claim 65, wherein the proximity zone is characterized by a minimum non-zero distance between the device and the mobile media player. The method of claim 64, wherein the identifying utilizes the first channel, and wherein the receiving comprises receiving content on a second channel different from the first channel. The method of claim 69, wherein the first channel is characterized by a lower capacity than the second channel. The method of claim 69, wherein the feature is a power consumption level different from a power consumption level of the second channel. 29 200822610 Receive content when complying with the predetermined proximity policy. 73. The method of claim 64, further comprising applying at least one predetermined physical operation during receipt of the content. 74. The method of claim 64, further comprising applying a series of predetermined physical operations during receipt of the content. 75. The method of claim 64, further comprising receiving at least one request to apply a predetermined physical operation after the receiving of the content begins. 76. The method of claim 64, further comprising transmitting a content transmission control signal from a mobile media player. 30