TWI338245B - Voice controlled portable memory storage device - Google Patents

Description

1338245 IX. Description of the Invention: [Technical Field of the Invention] The present invention relates to a portable device, and more particularly a live and voice-activated portable non-volatile memory storage device. ° [Prior Art] Non-volatile semiconductor memory devices (for example, . 〇 s s 储存 储存 储存 通常 通常 通常 通常 通常 通常 通常 通常 通常 通常 通常 通常 通常 通常 通常 通常 通常 通常 通常 通常 通常 通常 通常 通常 通常 通常 通常 通常 通常 通常 通常 通常 通常 通常 通常 通常 通常Devices, laptops, desktops, and other applications) store digital information. These memory devices are small and portable and have a large capacity for storing data. You can use standard interfaces (for example, universal serial sinks) The memory device is connected to the above application. The rapid popularity of the flash memory device also poses security risks and challenges. And access to device functionality requires authorization and security. 0 • A common method of controlling access to such devices is via a custom code and -PIN (Personal Identification Information). The password/piN solution is not very effective. This is because the password may be stolen or forgotten. Another solution is to use biometric parameters (such as fingerprints) to control access to the J# device. Feature solutions also have disadvantages. For example, a, fingerprints change over time or become unrecognizable. Similarly, sensors are complex, sometimes unreliable, and expensive. Portable devices (eg, MP3 players or Any other type of audio/video player also uses different buttons to control various functions. For example, 117460.doc 1338245, portable audio/video players use a plurality of buttons for recording, playback, and other functions. First of all, these are expensive and occupy an area on the original small-sized device. The button is inconvenient to use at night or during exercise, for example. Therefore, it is necessary to effectively The user provides a portable device that is securely accessed and also minimizes the use of the button. [Summary of the Invention] In a sorrow, a portable memory storage device device is provided. The device includes: a microphone for receiving a user voice input; a controller for receiving the voice input and creating a template; and a plurality of non-volatile memory units for storing the template, The template is for requesting authentication of the user for any-subsequent access (four), and launching an application to register the user as an accessible device function when the device interfaces with the host system Sex and access master (4) integrity = user. Provides a system in another mode, which is used to provide functionality to the host system and portable memory storage device ("device") functionality The access system includes a processor for the host system; and the device is configured to receive a microphone for user voice input; and a controller for inputting and creating a template; And a plurality of non-volatile memory units for use, wherein the template is used to authenticate the user for any user request to access the device, and when the device is associated with. When the host system is interfaced, an application is launched to authorize the user, the accessibility of the device, and the functionality of the host system to access the U7460.doc 1338245. In the re-existing aspect, a method for providing a tactic, a method is provided. The method includes: connecting and starting up an application of a main memory storage device that requires a user to provide voice input - receiving the user voice input and storing the voice for eight storage = use Then accessing the template; wherein the module is stored in the memory unit; and authenticating a user by receiving the user's voice in turn and comparing the input with the UI storage template, wherein the user is authenticated Provide access to user profiles after authentication. The user has provided this succinct summary of the above. ^ ^ ΒΗ ^ ^ ^ allows people to quickly understand the quality of the present invention. A more complete understanding of the present invention can be obtained in the light of the appended claims. [Embodiment] To facilitate the understanding of the preferred embodiment, the overall architecture and operation of the computing system/portable non-volatile memory storage device will be explained. The specific architecture and operation of the preferred embodiment will now be described with reference to the overall architecture. Computing System/Portable Memory Device 〃 The figure shows a portable device connected to the host device via a busbar 1 (or a portable memory device that can be used interchangeably with 00 (which can also be called “fast” Functional block diagram of the flash device "or" flash memory device"). The terminology used in this specification, portable memory device, is intended to include a portable flash actuator Portable audio/video player (including an MP3 player) and other similar devices. Provides a microphone 106Β to capture the voice of a user (shown as rim 7460, doc 1338245 into 106D) 'Then User speech is sent to a analog/digital (A/D) converter 106A. As described below, controller 106 (which may also be referred to as |, memory controller) or "controller" receives and processes A digital signal 丨〇6C. The controller 106 connects to the host system 1 through a bus interface 1 〇〇a. 7 uses a dedicated integrated circuit (ASIC) or a part of any other circuit.

The flash memory device 105 includes a solid state memory module/unit 1〇1 1〇8 (shown as memory module #1 and memory module #N). Memory Sheet The TC 107/108 is used to store data, applications and other information. There are currently many different types of commercially available flash memory cards, examples of which are small flash cards (CF), multimedia cards (MMC), secure digital (four) cards, mini cards, memory sticks, smart media cards, and Dingka. Although the mother of the cards has a unique mechanical and/or electrical interface according to its standardized specifications (eg, the Universal Serial Bus (USB) specification, which is incorporated herein by reference in its entirety), each _ Go by

It is worth noting that the controller 106 can be an integrated circuit (for example, the flash memory packaged in the package is very similar to the one obtained from the application of this application - SanDisk Corporation. SanD1Sk also Its Cruz merchants 'k for a group of flash drives' are small-packaged form of the handheld memory system in the lake jack and the spot is the main ^ / has a plug for plugging in the host. =:=, Gang _) machine to control and control the control system of the flash memory operation. White bag 3 and 6 Hai main use such memory card and flash " Quantity and a variety of machine (eg '_ and other portable computers, bee = personal electric 〇, laptop computer 个人, personal digital assistant (PDA), J17460.doc 丄 338245 digital camera, digital camera and portable audio player. Typically, the host contains a built-in jack for one or more types of memory cards or flash drives' but some require an adapter into which a memory card can be inserted. The NAND architecture of the memory cell array 107_108 is currently preferred. However, other architectures such as NOR can also be used. The way of example and operation of NAND flash memory of a portion of a memory system may be unified by reference

Obtained in the following patents: Nos. 5,570,3 15, 5'774,397, M46'935, 6,373'746 S, No. 6,456,528, No. 6,522,580, No. 6,771,536 and No. 6,781,877 U.S. Patent and U.S. Patent Application Publication No. 2003/0147278. Figure 1B shows a block diagram of a typical host system. The typical host system includes - connected to a system bus 1 to a central processing unit ("CPU") (or microprocessor) 1 () 1. Host system The system (10) is coupled to the flash device 105 via the bus bar interface 104.

The random access main memory (,, RAM..) is connected to the system bus and provides access to the memory device for (10). When the program instructions are executed, the processing steps (4) are stored in ram (9) and the storage processing steps taken out from the RAM 103 are executed. Display via the network interface 1G1A (and by means of a network connection (not shown to connect to a computer network (not shown). This type of network is the Internet of the message. Private, code, file And other electronic resource-only memory ("ROM,,) 102 is provided to store as low as possible, start instruction sequence bite A too 7 sequence, such as basic input / output operating system (BI0S) sequence 117460.doc input / output ( The "I/O" device interface 102 allows the host to connect to various input/output devices, such as a keyboard, a pointing device (, mouse), a video device, a printer, and a Data machine and the like. For simplicity, the I/O device interface 102A is shown as a single block and may include a plurality of interfaces for interfacing with different types of I/O devices. Figure 1C shows a controller A block diagram of the internal architecture of the module 1. The controller module 106 includes a microcontroller 109 that interfaces with various other components via interface logic. The memory 'body 11' is stored by the microcontroller 1〇9. The firmware and software commands for controlling the operation of the flash device 105. The memory 110 can be a volatile reprogrammable random access memory ("RAM"), a non-reprogrammable non-volatile memory ("R〇M"), a one-time programmable memory or Re-centered flash lightning erasable and programmable read-only memory ("EEpR〇M"). A host interface 113 is interfaced with the host system 100, and a flash interface and memory module 1〇7 The microphone 106B is used to capture the user voice input 〇〇 6D). Then, the A/D converter i 06A converts the analog voice data into digital data, and the microprocessor 109 pairs the digital signal. 106C is processed. It is noted that the microcontroller 109 can access the digital signal via the interface logic lu. According to one aspect of the invention, the registration module 109A is provided so that a user can trigger the registration process described below. The m registration module includes a "button" or a physical interface, and according to one aspect of the invention, the user can activate the button or physical interface to initiate the registration process. Figure 1D shows one voice control in accordance with one aspect of the present invention. Another portable device _) 17460.do c 10 1338245 Example. The portable device in FIG. ID is an audio/video player 115 (which may be referred to as a player 11 5), and the audio/video player can play an audio file stored in the secret unit 107/108 ( For example, an Mp3 file). In this aspect, the flash device 1〇5 is part of the player 115. The player 115 can play a video file or display an image. It should be noted that the invention is not limited to any particular audio/video file format.

The player 115 includes a player controller 117 that controls overall functionality. = release controller! 1 7 is interfaced with a display module 丨 23 via an LCD module I/F 124 to display information to the user. Usually 'this information is about the music being played. The player controller 117 is also interfaced to a host system via a host interface 118 via a port 126.埠 126 can be USB, parallel port, RS232, SCS] [, or any other type of port.

The decoder 120 decodes the audio file and transmits the decoded signal to an audio signal generator (2). The audio signal generator outputs the audio to the earphone 122. The player 115 also includes a button interface 119 that receives input from the button 125. In order to request a certain function, the user makes a special (4) 25. It is worthwhile to vocalize that 'block 125 is only intended to provide an example and is not intended to be used in the present invention: a user-specific button or type of user is required to request a functional button or physical interface. In accordance with an aspect of the present invention, the user can use button 125 to initiate the registration/training process, as described in detail below. The figure talks to the block diagram of the flash device 105, which interfaces with the host system (10) via the -117460.doc 11 interface. The flash device (10) conforms to the deletion specification ', ie, it can be accessed via a USB interface, and has a logical unit (Lun) of a plurality of storage spaces in the view of the host 1 and each of the _ can be seen as one Different types of storage devices. For example, the flash device 1〇5 can appear to have both a standard-capacity storage volume (LUN 〇, 1〇6E) that mimics the behavior of the SCSI hard disk (four). It also has an MMC that mimics a CD-ROM behavior. Class volume (LUN 1, i〇6F). The host system 1 uses its own operating system view LUN 〇 (i〇6e) as the A-capacity pre-device for storing data and other information; and uses lun! 106F as a storage-automatic running application code to start a Application CD-ROM. As described below, the hidden area 1〇6G is protected and can be used to store a voice pattern template. Process Flow: Figure 2 shows a top level flow process using a flash device 1〇5 (or player 115' which is interchangeable in this specification and may also be referred to as a device" in accordance with one aspect of the present invention. In step S2, the flash device 初始化5 is initialized. In step S20 1 'the process determines whether the device needs to be registered. If registration is required', the process moves to step S2 , 2, hereinafter referred to FIG. 3 This is explained in detail. If the registration is not required, the user is authenticated in step S203, which is explained below with reference to Fig. 4. After the authentication, in step S204, the user is authorized to access the device. Referring to FIG. 5 below, the details are repeated. If the user cannot be authenticated in step S203, the device is re-initialized in step S205 1 i 7460.doc -12· 1338245, and the process ends with reference to FIG. 6 below. Step S206. ° Xuan registration: According to the invention, the registration process captures - the user's voice input is stored in the flash memory unit delete (10) (preferably the storage; - text protection hidden In the region, , deleted in Figure 1E. I can ask the U user to repeat the password/phrase - more than one time to capture the quasi-synchronized two rims into the flash device 105. According to one aspect of the present invention, more than one user Accessing the flash device 10 5 or if the user is worried about = a specific phrase 'can store a plurality of passphrases. The controller is connected to the input (1G6D) and is stored as a memory unit 1G7 / just in the middle Template 0. Referring now in detail to Figure 3A, the registration process begins in step S300. The registration process can be implemented in two ways: when the flash device (10) is interfaced with the _ system (or when the player 115 is powered first) Startup - Application (Fig. Ε) β "In ^, as shown in step S302, registration can also be initiated manually. In this case, the user can select one of the ones shown in FIG. The application is launched manually or by pressing the button (125 ' as shown in Figure 1D). The application will prompt the user to repeat a phrase, and in step 3: flash The device 105 receives the user voice input. In step S304, the 6 Hai live input is stored in the non-swing The memory unit 1〇7/108===106 stores the voice input. When the user wants to access the fast, work month U, the voice input is stored as a subsequent authentication 117460.doc 1338245 Template used. In one aspect, controller 1〇6 stores and maintains the template. Figure 3B shows an example of a voice template (also referred to as, template ") 3〇5. Used to authenticate a user's request to access the flash device 1〇5. Multiple separate templates can be stored so that multiple users can safely use the flash device 105° Template 305 is also associated with other passwords (which are called passwords) Library 3 13) is associated. For example, a user can store a password 307 307 that allows the user to access and use the application 306 to associate with the template 〇5. It is worth noting that a 307-like password can be used to access a host system 〇〇 or connect to a network via the network interface 10IA. A data file 3〇8 (which can be protected by encryption 309) can be protected by a voice-based password 311. The password 311 is also associated with the template 3.1. The password 312 that the user uses to access the website 310 (e.g., an online banking website) can also be associated with the template 305. When the user wants to access the website 310, the password 312 is automatically filled in because it is linked to the template 3〇5. These cryptographic library features are described in further detail below. Authentication: When the flash device 丨〇5 is secured via the registration process, secure authentication is used to permit access by the user. This access level will depend on the password being stored. The sheep fine refers to the circle 4, and the authentication process starts in step S400. This can occur and start-up when the flash unit 1 G5 is interfaced with the host system (or when the player (1) is powered up). In step (4) °], request the user's words 117460.doc 1338245 tone input sample. In step S402, the microphone 106B captures the user's voice input 106D and converts it into a number of hatreds by an A/D converter 106A. . In step S403, the captured voice sample is compared with a voice template (e.g., 30 5) stored in the flash memory unit 1 07/1 〇8.

In step S404, the flash memory controller i 〇 9 determines whether the voice input matches the stored voice template. This comparison is performed on the flash device 105 for safety reasons. However, the comparison can be performed using a software module (not shown) or a hardware circuit (e.g., an ASIc) running on the host system. If the user input matches the stored template, then the user is authorized to access the flash device 1〇5 in step 84〇$. In one aspect, the node access level may depend on the type of user. For example, you can only give (four) this

The user has the privilege of "read only", that is, the user can only view the information and does not permit modification of the content, but allows other users to read and write. This level is determined during the registration period. As discussed in FIG. 6, the user _ item 0 is discussed in step S406. If the user cannot be authenticated, the flash device 1 〇 5 is re-initialized, and the crypto library/application access/cast access is selected. Figure 5 shows various examples of using Flash Dream, Setting 10 5 and Changing Board 3 〇5.

As described above with respect to Figure 4, the first student authenticates the user from H prior to step S500. ' < ” Steps S501-S504 relate to the website steps S505-S507 and the application program H7460.doc •15-1338245 and steps S508-S510 relate to the file. In step S501, the user uses a flash device 丨Accessing a website (for example, 3 1 〇) by the metering system. In step S502, the user inputs a password and a user name to control access to the website. In step S5〇3 'Allows the password and user name to be associated with a voice-based template (eg, 3〇5). When the user subsequently accesses the same website, the image is automatically populated with the template. The password and user name (in 85〇4). It is worth noting that if a host system stores the username/password from the previous login, the network tracker" The password input password library takes precedence. In addition, if the flash device 1〇5 registers a plurality of users, the passwords of different users are kept separate and only authorized users are authorized to access. If a user has more Registration password, the user The password/user name is stored multiple times in the number of passwords/user names. In step S505, a user accesses a computer application (3, 6 holes, for example, a Windows® based application) and then The access to the application is protected by storing an application-specific password/user name (307). In step S506, the password and the username are associated with the template 3. 5 in step S507. When the user subsequently wants to access the application again, the password/user name is automatically retrieved because it is linked with the voiceprint template 305. It is worth noting that 'you can use steps S505-S507 to save. The host system 100 or accesses a network via the network interface 1 〇 1 A. 117460.doc 16 1338245 In step S508, the user-encrypts the data file stored in the memory unit 107/108. In step 85, a passphrase (keyword) based on the specific voice of the file is used to ensure the security of the file. The user voice input is associated with the pending project/directory/subdirectory. Phrase. Root In the present invention, the voice-based pass phrase provides additional material for ensuring data security. For example, the template 3〇5 restricts access to the flash device 1〇5, and the encryption is as follows. The profile data is protected, and then the access to the archive data is restricted based on the voice pass phrase 3 1 0 at step S51. Reinitialization: Figure 6 shows a block diagram of reinitializing the flash device 1〇5 In step S6 (U, the previous voice-based template is erased. In step _2, the data U sample associated with the user may also be deleted, and if the user is given a storage space - Partition (segmentation) also deletes the data in the partition. In step S603, the user again passes the registration process (ie, reload-template or "new image") and completes the registration in step S6〇4. Macro: In the present invention - aspect, - The voice-based template is associated with a control button of the configurable device. For example, for a player (1) 5), the user can "play, record, and make a keyword, play" with The "play" is associated with the functionality of the knowledge. Therefore, when the user says I, when playing the word "player", player 1 will play music/video. H7460.doc 1338245 The adaptive aspect of the present invention also allows a button or a private v" to be created for some functions that do not have more than one button for controlling the movement. "This macro is used. The mute function of the audio/video player enables the player to mute/mute the player by the mute function. A player has _ 直田+ t Λ has a dedicated button or must press more than one button to make 泫The player is muted. Device training:

For the new portable device, the user can store the activation keyword and assign various functions to the (4) keyword. This can be captured via the microphone t(d): Word... Once captured, a template can be created and stored: in memory unit 107/1〇8. The controller 1G6 saves the template' and then the user can capture one or more button control functions (eg, "play", rewind, fast forward, pause, and other functions) and make the functions of the four (four) functions These keywords are associated and stored in non-volatile memory 1〇7/1〇8. It is worth noting that certain keywords can be preloaded in the memory unit 1〇7/1〇8 instead of training the device to obtain keywords. As described below, then the pre-loaded keywords are then associated with the function. Figure 7A shows an example of how keywords and functions stored in a memory unit are related. Multiple functions (shown as i to N) can be stored to implement multiple functions (1 to N). Figure 8 shows a process flow diagram for training and using a portable device so that device functions can be implemented based on voice input. In step S801, the user records a specific keyword. As described above, the portable device registers and authenticates the user. Launch an application to train and store the 117460.doc •18· 1338245 keywords. As described above, the key words can also be loaded into the memory unit 107/108. In step S802, the controller 1〇6 stores the voiceprint template of the keyword. In step S803, the template is stored in a non-volatile memory unit. In step S804, the user captures a button control sequence of functions that the user intends to associate with the stored keywords. The button

The new sequence may be directed to - having a dedicated button function (eg, the playback function) or for - the user must implement a sequence of buttons (eg, for various audio/video player wipers, in order to achieve this mute function, one must Press the function of one or more buttons/keys. In step S805, the button control action is associated with the stored keyword in the cancer, and the controller 1 实施 6 implements the function. In another aspect, a host processor can also implement this function. In step S806, the user terminates the legendary sequence. One button sequence

Termination signals are signaled by actions that would not occur under normal conditions, for example by pressing a particular button for a predetermined period. The foregoing processing steps are used to store a plurality of keywords associated with a plurality of device functions. Figure 9 shows an example of how this muting function is associated with the user keyword "mute". Each device has a "menu" option and - the user selects the menu & option to start training the device. Since this is an early option, the user selects the "Settings" option. Then, the user selects the <bringing brother user to move to the voice command " option of the training option. 117460.doc 19 The user selects the training option and is prompted to enter a voice command β 吏 the user speaks mute” and the device 105 creates a mute template. Then, the messenger picks up and does not enter a voice command with the voice ; mute " associated button sequence (for example, menu > volume > level 0). Pressing certain buttons for a certain period of time (for example, Α / Β repeat button for 4 seconds) can terminate the sequence. Once the device 105 is trained, the spoken word can be used to activate the pin/, the %ized function. For example, when the user speaks, mute ", then the device (player 115) Turning on mute. Figure 10 shows - when a user states a command (where - the file name of the file is stored in the memory list s 1G7/1G8), according to one aspect of the present invention, Process flow. The process begins in step s 1 〇 (8), at which time the player 115 receives a voice command from the user with the name of the file. For example, the user states ', Bee-Hee Beethoven', "Play " Department - Play - Named "BeethG The order of the audio file of Ven". In step S1002, the player 115 parses the file name and creates a voice pattern. For example, "Beeth〇ven" is reduced to a pattern of "" and "ven". In step S(10)4, the player 115 searches for a plurality of directories stored in a directory of the memory unit 107/108. The file determines whether the voice pattern of step Si〇〇2 matches the voice pattern of the stored file. Player ^: It creates a voice map in real time for the stored file name when receiving a command in step SI_. , or keep a list of voice patterns that will be updated each time a broadcast is added. Compare the received file name voice loops (eg, ^, °, and cut) with the voice pattern of the stored file. This function is performed in H7460.doc -20- 丄 338245 v S10G5. In this example, a file named "Beethoven" is played. Figure 7B shows how a file name with an associated speech pattern will be displayed. An example stored in the memory unit 1〇7/108. The etc. can be related to audio, video or any other information. It is worth noting that although the foregoing example is based on playing an audio file-case, The adaptive aspect of the invention It is not limited to playing audio files or limitations φ in any type of file/format or limited to any type of command. For example, the user can command the device to “delete χγχ, the voice pattern in χγΖ and one After the matching file is matched, the device deletes the file. In one aspect of the invention, a device that operates as an audio/video player (e.g., an MP3 player) may require fewer buttons. The user can be provided with an option to create voice commands for standard functions as well as custom functions. The device is user friendly and less expensive due to the need for fewer buttons. Although the present invention has been described above with respect to the presently preferred embodiments of the present invention, it should be understood that the invention is not limited thereto. Rather, the invention is intended to cover various modifications and equivalent arrangements, which are within the spirit and scope of the appended claims. BRIEF DESCRIPTION OF THE DRAWINGS The above features and other features of the present invention will now be described with reference to the preferred embodiments. In the figures, the same components are shown with the same reference numerals. The embodiments are intended to illustrate and not to limit the invention. The drawings include the following figures: I17460.doc 1338245 FIG. 1A shows a top-level block diagram of a portable memory device coupled to a host system in accordance with one aspect of the present invention; FIG. 1A is a block diagram of an internal memory system of a host system; FIG. 1C is a block diagram of a memory controller according to an aspect of the present invention; FIG. 1D shows a voice control device according to one aspect of the present invention. / The most advanced block diagram of the video player;

1E shows an example of storing information in a non-volatile memory unit according to an aspect of the present invention; FIG. 2 ', the process of using a voice-activated portable memory device according to an aspect of the present invention Figure 3A shows a process flow diagram for registering a portable memory device in accordance with one aspect of the present invention; Figure 3B shows an example of a voiceprint created in accordance with an aspect of the present invention;

4 is a flow chart showing the process of authenticating a portable memory device according to an aspect of the present invention; FIG. 5 is a flow chart showing the process of creating a password library according to an aspect of the present invention; A flowchart of a process for reinitializing a portable device according to an aspect of the present invention; ~ FIG. 7A shows an example of storing keywords in a device according to an aspect of the present invention; FIG. 7B shows - according to An example of a phonogram of an aspect of the present invention and a file name; < H7460.doc • 22· 1338245 FIG. 8 shows a macro set created in a portable memory device according to an aspect of the present invention. Process Flow Chart; Figure 9 shows an example of a macro set in accordance with one aspect of the present invention; and Figure 10 shows a process flow diagram for associating a function with a file name in accordance with one aspect of the present invention. [Main component symbol description] 100 host system 101 central processing unit

10 1A Network Interface 101B System Bus 102 Read-Only Memory 102A Input/Output ("I/O) Device Interface 103 Random Access Master Memory 104 Bus Interface 100 A Bus Bar

105 Portable Memory Device 106 Controller 106A A/D Converter 106B Microphone 106C Digital Signal 106D User Voice Input 106E Standard Bulk Storage Volume 106F MMC Class Volume 106G Hidden Area M7460.doc -23 -

Claims (1)

Patent No. 095148074 Shen Jing ________ i Wenshen f patent scope replacement year K) month) 9V〇;: P-day amendment ten, patent application scope: L--- L A portable memory storage device, including a microphone for receiving a voice input from a user; a control person receiving a first voice input and creating a template; and a plurality of non-volatile memory units for storing the template, wherein «The board is responsible for accessing the device - subsequent user requests (4) to authenticate the user, and when the device is interfaced with the master (four), launch the application to register the user as an authorized use In order to access device functionality, access host system functionality, or both; $ the portable memory storage device, a portable media player; a component, wherein the controller receives the view a voice command spoken by the beta user for one of the H-tone inputs and associated with the playback function of one of the portable media players, and wherein the portable cardiac storage device controls 6 Portable media player responds from this The portable memory storage device that receives the voice command, and the media file stored in the memory of the 4 removable memory device includes a media for the media The name of the building case. 2. A device such as β-item i wherein the user manually selects registration to access device functionality and access host system functionality. The device of the Moonman 1 wherein the template is associated with the user's access, code and user name, and when the registered and authenticated user subsequently attempts to access the website The password and username are automatically filled in. 4· : 3⁄4 Hi device j 'where the template is used by the user to access II7460-9910I2.doc B38245 and is automatically associated with one of the application passwords and the user name upon login. The user who has been authenticated then attempts to access the application and the username and username. 5. The device of claim 1, wherein the template is associated with another user-based keyword, wherein the keyword is for allowing the user to access a profile. 6. The device of claim 5, wherein the data file is encrypted and recorded in the non-volatile memory unit, / 7. the device of the request item, wherein the template is used by the user Accessing a password and a username of the host system is associated; and when the registered and authenticated user subsequently attempts to access the host system, the password and the username are automatically entered. , such as the request item! Device </ RTI> wherein the template is associated with a password and user name used by the user to access a network; and automatically when the logged-in and authenticated user subsequently attempts to access the network : Two codes and user name. 9. If the requesting device is installed, the plurality of voice inputs are stored as a board&apos; to allow the (4) to store a plurality of passwords for accessing the device. In the apparatus of claim 1, the plurality of user voice inputs are stored in a plurality of &amp; boards to permit registration of a plurality of users so that the plurality of users can securely access the apparatus. 11 • If the device of item i is found, the template is stored in a safe area of one of the non-volatile memory units. 12. The device of claim 1, wherein when the device interfaces with the host system 117460-991012.doc 1338245, an application is launched to receive a voice input from the user and input the voice with The template is compared to authenticate the user; and the user is allowed to access the information stored in the device after the user has been afflicted by §. 13. The device of claim 1, wherein if an unauthorized user attempts to access the device, reinitializing the device and during reinitialization, the template and any data associated with the user are erased except. 1 4. A system for providing access to a host system functionality and a portable memory storage device functionality, comprising: a processor for the host system; and the device comprising: a microphone, It is used to receive a voice input from a user; Board; and - voice input and create a memory unit, a plurality of non-volatiles for storing the template, wherein the template is used to authenticate the user for any request to access the device' and when the device initiates a program with the temple to register the user for The portable media player is associated with a play function, and the portable media player is one of a second voice input and the alpha-sound command is associated with the portable voice, and the portable U7460- 991012.doc ί338245 The memory storage device controls the portable media player to play back the memory stored in the portable memory storage device in response to the portable memory storage device receiving the voice command from the user A media rights in the body 'The voice command contains a file name for the media file. 15. The system of claim 14, wherein the user manually selects registration to access device functionality and to access host system functionality. 1 6. The system of claim 14, wherein the template is associated with a password and a user name used by the user to access a website, and the user who subsequently registers and passes the s forcing subsequently attempts to access The password and username are automatically filled in at the time of the site. The system of claim 14, wherein the template is associated with a password and a user name used by the user to access an application, and when the registered and authenticated user subsequently attempts to access the The password and user name are automatically filled in when the application is used. The system of claim 4, wherein the template is associated with another keyword based on user ’ 9 wherein the keyword is used to allow the user to access a profile. 19. The system of claim 8, wherein the data file is encrypted and stored in the non-volatile memory unit. 2. The system of claim 14, wherein the template is associated with a password and a user name used by the user to access the host system; and the user who has been authenticated and subsequently authenticated subsequently attempts to save The password and user name are automatically entered when the host system is taken. ' 2 1. The system of claim 4, wherein the template is associated with a password and user name used by the user to access 117460-991012.doc 1338245; and when registered and certified The user then automatically fills in the password and username when attempting to access the network. 22. The system of claim 14, wherein the plurality of voice inputs are stored as a template, thereby allowing the user to store a plurality of passwords for accessing the device. 23. The system of claim 14, wherein the plurality of user voice inputs are stored in a plurality of templates, thereby permitting registration of a plurality of users so that the plurality of users can securely access the device. 24. The system of claim 14, wherein the template is stored in a secure area of the non-volatile memory unit. 25. The system of claim 14, wherein when the device interfaces with the host system, an application is launched to authenticate by receiving a voice input from the user and comparing the voice input to the template. The user; and after the user is authenticated, the host system is allowed to access information stored in the device. 26. The system of claim 14, wherein if an unauthorized user attempts to access the device, reinitializing the device; and during reinitialization, the template and any data associated with the user are Erase. 27. A method for voice control in a portable memory storage device, comprising: interfacing a δ 玄 device with a host system and initiating an application requesting a user to provide voice input Thereafter, registering the device; receiving a first voice input from the user and storing the first voice input as a template for subsequent user access; wherein the template stores I17460-991012.doc, the device In the non-volatile memory unit; and the storage/first user voice input and the second voice input:: stored template are compared to authenticate the user, wherein the user is s Providing access to the user file after the forcible, wherein the portable memory storage device is a portable media player-component, wherein the controller receives one of the third voice inputs The voice command spoken by the user, and the voice command is associated with the playable function of the playable media player H and the playable memory storage device controls the portable media player to respond Receive the message from the user The portable memory storage device command, the player is stored in a storage medium archival memory of the portable memory apparatus body, the voice command includes a file name for the media file. 28. The method of claim 27, further comprising: associating a user password and a user name of a website with an application; and authenticating the user and attempting to access the website And after the application, 'automatically fill in the password and username. 29. The method of claim 27, further comprising: associating a user voice input with a file and storing the voice input in a non-volatile memory unit, wherein the device uses the voice input Allow authenticated users to access the file. 30. The method of claim 29, wherein the file is encrypted. The method of claim 27, wherein the user manually selects an application to register the user to access device functionality and access host system functionality 117460-99l012.doc 1338245. 32. 33. 34. 35. The method of claim 27, wherein the plurality of voice wheels are stored as a template, thereby allowing a user to store a plurality of passwords for accessing the device. The method of claim 27, wherein the plurality of user voice inputs are stored in a plurality of templates, thereby permitting registration of the plurality of users so that the plurality of users can securely access the device. The method of claim 27, wherein the template is stored in a secure area of the non-volatile memory unit. The method of claim 27, wherein if the unauthorized user attempts to access the device, reinitializing the device; and during reinitialization, the template and any data associated with the user are erased . I17460-991012.doc