TWI426449B - A business model of virtualization software service upon the hand-set of mobile phone - Google Patents

Description

Method of executing software virtualization service by using mobile phone

In telecommunications mobile phones, the user-oriented display of the broadcast data in front of the user, in the form of on-demand broadcast, to serve the mobile phone user.

When a mobile phone user broadcasts a program that is accompanied by a point-and-click broadcast, it takes a period of time to wait for the download of the video data. The mobile phone user collects the data and performs the information processing on the mobile phone, and also needs a time to wait for the download of the information material; in the face of the information explosion era Complex playback content requires a period of time to organize information. How to use other resources, including but not limited to statistical functions, data preservation and management functions, to enable the mobile phone users to boot but do not use the mobile phone time to perform auxiliary operations, in order to shorten the virtual software supply service for users to wait for download information to organize data time.

When the telecom handset is offline, the virtual software provisioning service can still be used.

Telecom mobile phones serve as an intermediary virtual software provider for other electronic players.

The relative cost of software production is getting higher and higher (Fig. 2, 24). It should be shared by more people (22 of Figure 2). Therefore, the software business environment and management technology must be innovative; comparable hardware hard work, de-architecting Software virtual business environment?

The relative cost of electronic storage is becoming cheaper and cheaper, and the user's storage is cheap and vacant, forming a gap between the storage configuration of the application surface and the universality of software use (Figure 2). The popularity of telecom mobile phones has been higher. The computer uses the population, the software of the software producer is not enough because of the users, and the sharing fee is still high. It is also necessary to invent tools and methods that are widely used.

In the patent application No. 098,118,494, in the large-capacity storage body set in the set-top box of the digital subscriber circuit device of the interactive television set, the pre-stored television broadcast content and the pre-stored support software are built; the content of the playback and the index data of the support software are In addition to being built in the set-top box, at the same time, in the long-distance user circuit operation center, based on the index data of each set-top box, a central set-top box virtual software management data system is established to execute the main control TV with pre-stored and non-pre-stored interactive TV sets. Play content supply. For computer software users, software users, the above-mentioned operations are built into the digital user circuit device of the computer network to execute the network device for the virtual service of the computer network virtual network.

In the patent application: a built-in device that performs virtual software functions using a mobile phone.

The telecom mobile phone is used as a virtual software execution and playback tool, and the telecommunication mobile phone is used as a mediation vehicle for the virtual software and transmitted to other electronic devices for execution and playback operations. The business operation of virtual software relies on the operating mechanism that generates charging data. When the mobile phone user card (SIM card) of the mobile phone is inserted, the virtual software stored in the mobile phone must be used under the unique association. Offline mobile phones can be operated according to the offline usage specifications of virtual software.

Similar to the zero-component inventory production line of the automobile assembly plant (Fig. 3), the automobile assembly plant does not bear the cost of component inventory, and adopts the “zero inventory” operation that bears the cost according to the actual usage, similar to the software for one-time payment; however, the automobile The assembly plant will never allow "waiting for work stoppage". Its characteristics are shown in Figure 3. The virtual software supply must be used by the user before use, but it can be used as needed.

The software program that is used for payment (23 of Figure 2), the current market operation method for telecom mobile phones without ready-to-buy. The invention provides a market trading tool for a software program to be ready-to-use in a telecommunications mobile phone.

The software-played content for payment (23 of Figure 2), the transmission speed of the telecom mobile phone is slower than that of the fixed-line connection, and the mobile-on-demand software broadcast content has no mature business method. Telecom mobile phones have built-in large-capacity storage devices, which are only used for camera and camera functions.

The digital subscriber loop (Fig. 2, 25), although the transmission speed of the new transmission device is getting faster and faster, if the user can only use the "stand-by-use" method, the user cannot achieve the convenience of "hands-on". . For the telecom mobile phone network, making good use of the vacant time of its network, it has its economic value, inventing software virtualization services, enabling users to achieve the economical results of "hands-on" software.

The invention adopts the virtual software supplied by the center externally (Fig. 4, 44), which is different from the mode of the conventional automobile assembly factory virtual inventory to the center supply (Fig. 4, 41).

In the large-capacity storage (such as Figure 5 and Figure 54) installed in the telecom mobile phone, the pre-stored encrypted playback content and the pre-stored encryption support software (Fig. 6, 64, 68) are built; the content and the supporting software are played. The index data, in addition to being built on the mobile phone, is also based on the index data of each mobile phone in the long-distance telecommunication mobile phone user management operation center, and establishes a central mobile phone virtual software management data system (see Figure 5, Figure 6 and Figure 7). Used to perform the supply of the host's playback content to the mobile phone.

For the use of the content to be played by the mobile phone, the telecom mobile phone user management operation center is used for the statistical data collection type return, and is used to establish the information of the mobile user's software orientation database (such as 79).

The telecom mobile phone user management operation center produces non-encrypted trial software data, which is stored and stored in the mobile phone, and is used to invite the receiving user to try and order.

When the mobile phone chooses to use the virtual software, the telecom mobile phone user management job center immediately checks out the decryption key (as shown in Figure 65), transmits it to the mobile phone to perform software job decryption, executes the software service function of the mobile service customer, and will use The situation is returned to the telecom mobile phone user management operation center, which is used as a basis for the usage fee calculation.

The mobile phone user management operation center makes the mobile phone offline using the virtual software invitation, and obtains the invitation to check out the decryption key to make the offline use software decryption tool (such as 773 in Figure 7), and transmits it to the mobile phone standby execution software to use the decryption operation; offline use The software decryption tool is time-sensitive and loses its use function when it is not used within the validity period to facilitate usability management. The used offline software record is uploaded to the telecom mobile phone user management operation center when the mobile phone is reconnected for the first time. The unused offline software record is uploaded to the Telecom Mobile User Management Job Center when the offline usage period expires.

All virtual software stored in the mobile phone (as shown in Figure 78) is uniquely associated with the transfer and storage of the current mobile phone user card (SIM card) (Figure 681); when connected or offline, The mobile phone user card must be authenticated by a uniquely associated mobile phone user card. If the authentication is not met, the virtual software service operation will not be performed.

The use of software service content, including but not limited to the transmission of the mobile phone and the transmission to other electronic players such as televisions, stand-alone projectors, computers or another mobile phone (Figure 6, 671, 672, 673).

10. . . Virtual host diagram, the concept of virtual host gives the host maximum utilization

11. . . A host will be used by the different users 13, 15, and 17 during the use of 123, 125, and 127, that is, the host that is used independently, that is, the virtual host 14, 16, 18

123. . . During the use process, when the user 13 uses the host 11, it feels like a host that is used independently, that is, the virtual host 14

125. . . During the use process, when the user 15 uses the host 11, it feels like a host that is used independently, that is, the virtual host 16

127. . . During the use process, when the user 17 uses the host 11, it feels like a host that is used independently, that is, the virtual host 18

13. . . The user uses the host 11 to use the process 123 and feels the virtual host 14

14. . . The virtual host, the user 13 uses the feeling of using the host 11 by the process 123

15. . . The user uses the host 11 to use the process 125 to feel the virtual host 16

16. . . The virtual host, the user 15 uses the feeling of using the host 11 by the process 125

17. . . The user uses the host 11 in the use process 127 to feel the virtual host 18

18. . . The virtual host, the user 17 uses the feeling of the host 11 in the use process 127

20. . . Hard disk configuration imbalance and gap map

twenty one. . . Hardware devices for personal use, including but not limited to TVs, computers, telecommunications phones

twenty two. . . The hardware storage device for telecom mobile phones and personal computers is used to store software tools and data software. The capacity of the storage device hardware is greatly increased, making the basic device capacity of the storage software too large.

twenty three. . . Software program for payment, software play content

twenty four. . . The software storage device of the software supplier is hard, and the valuable software has a larger data capacity, that is, the software cost is higher and higher. Software suppliers are trying to protect their software assets, creating a gap between group users and individual users.

25. . . Digital subscriber loop

26. . . The gap between the software supplier and the user, how the software supplier prepares the software in the "periphery" of the user, that is, it must transform this gap

30. . . Corresponding virtual software map of zero inventory production line

312, 313, 314, 315, 316. . . Each production point of the zero-inventory production line, which corresponds to the timely supply of components of the component factories 321, 331, 341, 351, 361 to meet the production efficiency

321. . . The warehouse of the component factory, the component factory rents the warehouse to the automobile assembly factory, and can make manual delivery components 322 to the automobile assembly factory production line 312.

322. . . Manual delivery of components, warehouse 321 of the component factory supplies to production line 312

331. . . The warehouse of the component factory, the component factory warehouse outside the automobile assembly plant, and the transportation assembly line 313 transportation component 332

332. . . Transportation components, component factory warehouse 331 remotely supplied to production line 313

341. . . The component factory warehouse, the component factory rents the warehouse to the automobile assembly factory, and can make the platform truck transportation component 342 to the near automobile assembly plant production line 314.

342. . . Component platform truck transport, component factory warehouse 341 supplies to production line 314

351. . . The spare parts factory warehouse, the spare parts factory warehouse outside the automobile assembly plant, and the long-distance to the automobile assembly plant production line 315 transport components 352

352. . . Transport components, the supply line is lined up at the receiving terminal of production line 315, and the component factory warehouse 351 makes long-distance supply to production line 315 to maintain uninterrupted supply.

361. . . The warehouse of the component factory, the component factory rents the warehouse to the automobile assembly plant, and establishes the production line 316 to the automobile assembly plant for automated component transportation.

362. . . Automated component delivery, warehouse 361 of the component factory to automate the production of line 316

40. . . Virtual software map of virtual inventory to central supply and central external supply

41. . . The automobile assembly plant accepts the supply according to the central plant type. The automobile assembly plant takes the “zero inventory” for the zero-component operation of the central plant. The spare parts are in the warehouse of the component factory. The inventory of the component factory warehouse is the virtual inventory of the automobile assembly plant.

42. . . Component inventory in the component factory warehouse, the component factory to solve the competitiveness problem of the component production and marketing market

43. . . The efficiency of the component factory warehouse to the automobile production line, its competitiveness is created by the component factory to maintain, the car assembly plant wants "convenient", "low cost" and "efficiency"

44. . . The software supplier is externally supplied in the type of operation center, the software user does not need to use the software itself, the software is stored in the digital user built-in storage, and the digital user built-in storage is the virtual software inventory of the software user.

45. . . The software supplier stores the software backup mode in the storage of the digital data transmission line beside all users, and the software supplier creates the opportunity value of the software being used to achieve the competitiveness of the software use.

46. . . The efficiency of software suppliers to software users, the competitiveness of which is created by software suppliers. The software users need "convenient", "low cost" and "efficiency".

50. . . Downloading software in a telecom mobile phone with a telecom mobile phone in standby mode

51. . . The telecom mobile phone user manages the operation center host, and controls the operation of the virtual software of the telecom mobile phone transmission 52.

52. . . The transmission channel of the telecom mobile phone, the telecommunication mobile phone in the standby system for downloading software, and the execution operation of the storage device in the mobile phone 551

53. . . Telecom mobile phone, telecom mobile phone in standby, built-in large-capacity storage 54

531. . . The mobile phone user card, the virtual software is transmitted and stored on the mobile phone, and is uniquely associated with the mobile phone user card used at that time; when using other mobile phone user cards, these non-related virtual software cannot be started.

54. . . Large-capacity storage, built in telecom mobile phone, large-capacity storage hardware is divided into three parts, similar to the traditional online buffer storage 541 and off-line storage using digital user loop transmission, and the off-line storage is divided into In order to not encrypt the off-line storage 542 and the encrypted off-line storage 543

541. . . The online buffer storage body, from the telecom mobile phone user management job center host, transmits the content to the telecom mobile phone as the transmission buffer storage object for the immediate broadcast purpose, that is, the broadcast and broadcast operation, when the data is completely organized, the data is incomplete, and the data is discarded.

542. . . The non-encrypted off-line storage is not encrypted, and the telecom mobile phone has the opportunity to broadcast the transmission storage object, and the storage content is unencrypted content transmitted from the telecom mobile phone user management job center host, or the encrypted off-line storage body 543 is decrypted and Software data that can be legally stored

543. . . Encrypted off-line storage, from the telecom mobile phone user management job center host will transfer the content to the telecom mobile phone and then have the opportunity to broadcast the purpose of the transmission storage, the stored content has been encrypted, or the content is encrypted again and stored

551. . . Downloading software for telecom mobile phone standby, downloading software to perform operations on built-in storage of telecommunication mobile phones

552. . . After encryption, the software starts downloading

553. . . After encryption, the software is delivered to the telecom mobile phone 53

554. . . The encrypted software program is loaded into the built-in large-capacity storage of the telecom mobile phone to form a virtual software.

555. . . The encrypted software data is loaded into the telecom mobile phone built-in large-capacity storage to form a virtual software.

56. . . The index data of the virtual software is loaded into the telecom mobile phone to build a large-capacity storage body to form a virtual software, and the index data of the software is transmitted back to the telecom mobile phone user management operation center host 51, and the decryption key data is integrated into the telecom mobile phone user management. The job center host performs the master job

58. . . The telecom mobile phone in standby is turned into a telecommunication mobile phone in operation

59. . . Telecommunications mobile phone

60. . . Operating a virtual software function diagram of a telecom mobile phone using its storage

61. . . The telecom mobile phone user manages the operation center host, and receives the telecommunication mobile phone 59 in operation to request to play the software menu. The host detects the content software 68 and stores the decryption key when the content software 68 is stored in the telecommunication mobile phone 63. 65, sent to the set-top box via line 62 to perform virtual software supply execution operation; when the content software 68 stores a plurality of storage management units in the storage of the telecommunication mobile phone 63, according to the playing sequence, the decryption key is sequentially sent to the telecommunication mobile phone to be virtualized. The software is sequentially supplied to perform the operation; the telecommunication mobile phone plays completely and the standby is again in the middle, and the corresponding usage record is made on the index data 56.

62. . . The transmission channel of the telecommunication mobile phone, the telecommunication mobile phone user manages the operation center host to the telecom mobile phone circuit, and the content is the broadcast instruction and the decryption key 65 at this time, and the transmission channel of the telecommunication mobile phone does not need to be busy, so the waiting time of the telecommunication mobile phone user is greatly reduced.

63. . . The telecommunication mobile phone receives the broadcast command and the decryption key 65 from the host of the telecommunication mobile phone user management operation center, and detects the broadcast content software 68 to the virtual software storage body 64, performs decryption after decryption with the decryption key 65, and forms a telecommunication mobile phone. Can broadcast content software 69

64. . . The virtual software storage body, the large-capacity storage body in which the virtual software is stored in the machine letter mobile phone 63, detects the broadcast content software 68

65. . . The decryption key of the broadcast software is detected from the index data 56 of the virtual software of the telecom mobile phone user management job center host, and is sent to the telecommunication mobile phone 63 via the transmission channel 62; the content software 68 is stored in the telecommunication mobile phone 63 across several storage managements. In the unit, according to the request of the telecom mobile phone decryption operation time course, the decryption key is sequentially sent to the telecom mobile phone.

66. . . The transmission line of telecom mobile phone external broadcast, the connection of telecommunication mobile phone to TV 671 computer 672 and other telecommunication mobile phone 673, the line transmission can broadcast content software 69, the busy situation of line 66 is synchronized with the play of 671, 672, 673

671. . . TV, as an external player of the virtual software of the telecommunications mobile phone 63

672. . . Computer, as an external player of the virtual software of the telecommunications mobile phone 63

673. . . Other telecom mobile phones, as an external player of the virtual software of the telecommunications mobile phone 63

68. . . Broadcast the required software, including but not limited to the broadcast content software and the broadcast support program software. When a play software menu is stored in a plurality of storage management units, each storage management unit needs a corresponding decryption key. The first set of decryption keys 65 are actively sent from the telecom mobile phone user management job center host 61, and the subsequent required decryption keys are requested to be transmitted by the telecommunication mobile phone 63 to the telecommunication mobile phone user management job center host according to the broadcast timing.

681. . . Mobile phone user card, when enabling virtual software, must use the same mobile phone user card used at the time of transfer and storage; because the virtual software is transmitted and stored on the mobile phone, and uniquely associated with the mobile phone user card used at the time.

69. . . The content software can be broadcasted, and after the decryption operation of the decryption key 65 is performed by the required software 68, the line 66 transmitted by the telecommunication mobile phone is sent to the electronic player 671, 672, 673 for program support operation or content broadcast.

70. . . Virtual software service method diagram for telecom mobile phone storage

71. . . The telecom mobile phone user management operation center host, according to the unique association of the mobile user card to the virtual software of the telecommunication mobile phone storage, only governs the associated virtual software stored in the mobile phone and the storage device that has not stored the data on the mobile phone.

721. . . Each storage unit of the online buffer storage is divided into a plurality of storage units for the online buffer storage 541

722. . . Each storage unit of the non-encrypted off-line storage is divided into a plurality of storage units for the unencrypted off-line storage 542, and the storage operation control right is hosted in the telecommunication mobile phone user management operation center, and mainly stores free use content and advertisement content. , notice materials, interactive inquiry tools, and display clips of broadcast content; some of the unencrypted off-line storage units are allocated as non-encrypted private storage 752, and the master control is handed over to the telecommunications mobile phone.

73. . . Each storage unit of the encrypted off-line storage is divided into a plurality of storage units for the encrypted external storage 543 as a location for storing the virtual software; and some storage units are allocated as the encrypted private storage 753 for storing the telecommunication mobile phone users. Encrypted private data

74. . . Encryption of each storage unit of the encrypted off-line storage, each storage unit selects an encryption key for its encryption operation, encrypts and stores its content, and stores the corresponding decryption key data in the telecom mobile phone user management operation center host 61 virtual software index data 56

75. . . Private storage, divided into unencrypted private storage 752, and encrypted private storage 753

752. . . Do not encrypt the private storage, the master control is in the telecom mobile phone, not in the telecom mobile phone user management job center host

753. . . Encrypt private storage, store the private data that the telecom mobile phone user needs to encrypt, and the telecommunications mobile phone user manages the operation center host for encryption and decryption security management, but the telecom mobile phone user management operation center host has no discretion

76. . . The virtual software management operation, according to the telecom mobile phone user management operation center host sub-operation will, and the rational judgment after the virtual software business statistics, and the telecom mobile phone reservation command, for the telecommunications mobile phone storage data to sort out and clear some data to vacate Store location and check complete index data records, etc.

761. . . Use virtual software to store management jobs, support program software and TV content that is not fully viewed, and redo the new key after encryption.

771. . . Download the software to perform the operation of the built-in storage of the telecom mobile phone

772. . . Transfer virtual software playback command job

773. . . Transfer decryption key job

78. . . A virtual software that is uniquely associated with a mobile phone user card, using different mobile phone user cards to create different associated virtual software

79. . . Mobile users use the software's sexuality database

Figure 1 virtual host.

Figure 2 shows the imbalance and gap in the hard disk configuration.

Figure 3 corresponds to the virtual software of the zero inventory production line.

Figure 4 Virtual software for virtual inventory to central supply and external supply.

Figure 5 uses the telecommunications mobile phone to download software in the telecom mobile phone's built-in storage.

Figure 6 illustrates the virtual software functionality of a telecommunications handset using its storage.

Figure 7. Virtual software service method for telecom mobile phone storage.

54. . . Large-capacity storage, built in telecom mobile phone

541. . . Online buffer storage

542. . . Do not encrypt offline storage

543. . . Encrypted off-line storage

56. . . Virtual software index data

59. . . Telecommunications mobile phone

63. . . Telecommunications handset in standby

66. . . Transmission line for telecom mobile phone external broadcast

671. . . TV as an external player

672. . . Computer as an external player

673. . . Other telecommunication handsets as external players

68. . . Broadcast the required software

681. . . Mobile phone user card (SIM card)

69. . . Broadcast content software

70. . . Virtual software service method diagram for telecom mobile phone storage

71. . . Telecom mobile phone user management job center host

721. . . Each storage unit of the online buffer storage

722. . . Do not encrypt each storage unit of the off-line storage

73. . . Encrypt each storage unit of the off-line storage

74. . . Encryption of each storage unit of the encrypted off-line storage

75. . . Private storage

752. . . Do not encrypt private storage

753. . . Encrypted private storage

76. . . Virtual software management job

761. . . Management jobs that use virtual software for storage

771. . . Download the software to perform the operation of the built-in storage of the telecom mobile phone

772. . . Transfer virtual software playback command job

773. . . Transfer decryption key job

78. . . A virtual software that is uniquely associated with a mobile phone user card

Claims (13)

In a large-capacity storage body set in a telecommunication mobile phone of a mobile phone of a mobile phone, a pre-stored playing content and a software support program are built, and the telecommunication mobile phone user manages the operation center to master; the gradual detection of the decryption key is performed, and the telecommunication mobile phone is pressed. The playback progress is gradually downloaded to the telecom mobile phone, and the telecom mobile phone performs the decryption playback operation; when it is determined that each of the decryption playback software is to be renewed, the secondary encryption key is selected, and the telecom mobile phone performs secondary encryption and then re-stores; user management The operation center performs the data sorting operation of the telecom mobile phone standby time, including: checking the complete index data record, checking the consistency of the index data record and the stored data, clearing part of the pre-stored content to empty the storage, and adding a new pre-stored broadcast. Content, the addition of new pre-stored support programs, etc., to implement the method of supplying virtual software to the content of telecommunication mobile phones. According to the method of claim 1, in which the pre-stored broadcast content and the index data of the support software are established in addition to the telecommunication mobile phone, and at the same time, the telecommunication mobile phone user management operation center is based on the index data of each telecommunication mobile phone, and is established. Central mobile phone user virtual software management data system. According to the method of claim 1, wherein the key management system for performing encryption and decryption is performed by the telecommunication mobile phone user management job center. According to the method of claim 1, in which the telecommunication mobile phone user management operation center stores various data of each telecommunication mobile phone, and performs regular reconciliation operations and abnormal situation detection management operations. According to the method of claim 1 of the patent application, in the decryption play operation of the telecommunication mobile phone, the broadcast record of the telecommunication mobile phone is collected. According to the method of claim 1, the telecommunication mobile phone user management operation center provides an interactive inquiry tool, collects the demand information of the follow-up service from the telecommunication mobile phone, and performs the editing operation of the pre-stored broadcast content by the power supply mobile phone user management operation center. According to the method of claim 6 of the patent application, the inquiry tool includes the content of the questionnaire and the inquiry content including the placement advertisement. According to the method of claim 1 of the patent scope, in which virtual software transmission and storage are performed At the time, the unique association record management was performed on the mobile phone user card used by the telecommunication mobile phone at that time. According to the method of claim 8, wherein in the virtual software playing operation, the related party operation is performed according to the unique association of the mobile phone user card of the telecommunication mobile phone, and the unrelated person does not work. According to the method of claim 8 of the patent application scope, wherein the storage port of the telecommunication mobile phone has the right to manage the address in the telecommunication mobile phone, the software storage and use management right is in the telecommunication mobile phone user management operation center. According to the method of claim 8 of the patent application scope, there is no limit on the number of mobile phone user cards for telecom mobile phone exchange; there is no limit to the number of telecommunication mobile phone users managing the operation center. According to the method of claim 1, wherein the telecommunication handset has the function of performing offline use of the virtual software. According to the method of claim 1, wherein the telecommunication mobile phone has a function of executing virtual software to be played on other electronic players.