TWI426448B - A device imbedded on the hand-set for to provide the virtualization software functions - Google Patents

Description

Built-in device for performing virtual software functions with a mobile phone

Telecom wireless communication mobile phones, as the user moves from time to time to change the base station that governs him, but it is ready to accept calls and accept phone calls and text messages and Internet information exchange. Because it has complete voice, single text message, single message processing hardware and software, and wireless communication.

In terms of form, mobile phones are the best medium for virtual software applications. In particular, the 2.5th generation mobile communication has been fully popularized, and the third generation mobile communication is also quite popular. The 4th generation mobile communication construction license has been issued for 2 years; In the mobile phone, a built-in hardware device and control software that can cooperate with the wireless telecommunication system to execute the virtual software can fully utilize its medium and execute the virtual software application function.

The famous saying of hardware science "once formed, it is the beginning of obsolescence", especially the control software that drives the hardware is not updated, and the outdated speed is faster. However, the hardware device and its control software are actually designed to provide the latest and most varied software. In terms of the market supply price of the software, the hardware device and its control software that implement the virtual software application function can not escape. It is the fate of the beginning of the fall, and it is already the least outdated invention of hardware.

Patent application for a device for executing a virtual software function in a digital subscriber circuit device, and a device for performing a virtual software application function in a digital subscriber circuit device of a fixed communication network for an interactive television set and The computer performs the application function of the virtual software.

The traditional virtual computer hardware technology, for expensive computer hardware, must be made The computer hardware uses the space in the computer hardware operation to release the computer hardware resources for the second person to use; but the first person's work on the computer continues, only the job slot is released, instead of the entire computer. Give the second person. With the rapid development of computer hardware, when the second user releases the slot, the first person does not need to use all the computer hardware, so it is released to the third person and the fourth person to form a multi-person shared computer. Everyone feels that the full service of computer hardware resources is mature hardware technology (Figure 1).

In the middle of the use of the pager in the telecommunication system, in order to enable Chinese to be applied to the pager, more than 10,000 words of the basic computer Chinese must be burned into the pager. At that time, the maximum storage capacity was 512K in the 1990s, that is, it was used up to 15 times. The Chinese character electronic board of 20 wafer-type storage bodies is required for the large-capacity storage device. At present, the storage capacity of a small-sized wafer type storage medium is as high as 32G, and the device of the ultra-large capacity storage body is sufficient for the present invention to perform virtual software functions.

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 computer hard disk production is getting cheaper and cheaper. The user's hard disk is cheap and vacant, forming a gap between the hard disk configuration of the application surface and the universal use of software (Figure 2). The software of the software producer is not enough for the user. More, and the apportioned usage fee is still high, and it is even more difficult to be widely used.

The reasons and requirements for software virtualization operations are different from hardware virtualization. The concept of hardware virtualization is to release it for others to share when not needed to share the cost; the concept of software virtualization is to reduce the opportunity cost of software use, and to use it at the lowest opportunity cost when the user needs it ( Figure 5, 55, and Figure 66 (66), to reduce the cost of the user's burden, or allow suppliers to get the most service opportunities for users.

Just as the automobile assembly plant adopts the “zero inventory” management, the automobile assembly factory itself has no inventory components, and the components are executed by the warehouse of the parts factory and the component factory to execute the “inventory” (Figure 3, 321, 341, 341, 351). , 361); the warehouse can be a car assembly The factory cover is leased to the parts factory and component factory at the left end of the automobile assembly line (Fig. 4, 41, 42, 43), and even assists the component factory to improve the inventory management function to improve the efficiency of its component supply, but the cost and Risk management is undertaken by the parts factory and component factory.

The use management of the conventional encryption software is installed, decrypted and decrypted and installed for the consumer to use in the medium and long term after the consumer pays. The known decryption period is a trial period of one day to several days, and a fixed number of days. Period of use.

A device is disposed in the telecommunication mobile phone, and the device content includes, but is not limited to, a large-capacity storage body and an operating software for performing a pre-wired electronic auxiliary operation before entering the mobile phone playing body, and a large number of software programs and a large number of software programs before the voice and video playing. Audio and video playback content and alphanumeric content (Figure 5 of 54).

The mobile device pre-stores a large number of software programs and a large number of audio and video playback content and alphanumeric content, including the use of the mobile phone for subsequent transfer (Figure 66 66) for external electronic player devices, including but not limited to computers , cable TV, high-end telecommunications mobile phones before the electronic auxiliary operation and voice, video playback operations (Figure 6, 671, 672, 673).

The built-in storage body in the telecommunication mobile phone includes but is not limited to the hard disk and the integrated circuit storage body, and the operating software of the storage body; the control of the hard and soft operation of the storage body is not in the telecommunication mobile phone, but the telecommunication for the overall control operation The telecom operation center managed by the mobile phone user (51 of Figure 5).

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” of the actual usage. Operating, similar to the software for one-time payment; however, the automobile 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 the use, but not used, but to use It can be used at any time.

A telecom mobile phone with built-in large-capacity storage (that is, the hardware of Figure 5) can store a large amount of valuable software content (Fig. 5, 54). At this time, the telecommunication mobile phone stores the software but does not use the software. Right, the mobile device has a piece of software that does not allow its hardware custodian to directly read the software content in the storage body using any connection tool; the mobile device has an anti-hack device that does not allow the intention to crack the software content protection design. (Figure 6, 64, 65).

The storage device built in the mobile phone serves as a buffer for the mobile phone user management operation center to transmit data to the mobile phone. Its function covers the traditional small-capacity buffer function, and its large capacity is to use the telecommunication base station for temporary use. The time of transmitting the channel line is transmitted from the telecom mobile phone user management operation center to the mobile phone for large data volume and stored therein. Including but not limited to storing details such as 10 paying movies, such as trading within 24 hours of the global stock exchange market, such as trading details within 24 hours of the global futures trading market, such as the global daily disclosure of the amount of the deposit on the day of the deposit. The 24-hour data of the bank, such as the change information within 24 hours of the national law auction, such as the latest life information near the telecom base station, such as the use of high-performance analysis software on time and so on. However, since the right to use the data has not been transferred to the mobile phone user according to the law, the index of the above-mentioned data in the storage body is repeatedly established in the telecom mobile phone user management operation center, and each encryption storage operation is established for each data storage management unit (Fig. 6) 65) The stored content is the result of the encrypted processing, and the data storage management unit uses the software App as the management unit. The decrypted key is placed in the telecom mobile phone user management operation center; therefore, a file of the mobile phone storage is illegally cracked, and the cracking method does not necessarily succeed in cracking the second file, which is a static protection operation.

The storage file of the mobile phone storage file is decrypted, that is, when the playing body of the mobile phone is played or transferred to other electronic playing bodies for playing, and the usage record is sent to the telecommunications mobile phone user management operation center for dynamic protection monitoring operation. The buffering operation of the mobile phone storage is divided into online buffer storage (Fig. 5, 541), There are three types of non-encrypted off-line storage (542 in Figure 5) and encrypted off-line storage (Figure 543). The online buffer storage data can be prepared as a buffer storage location for the next delivery data after being successfully delivered to the mobile phone broadcast. Part of the data of the non-encrypted off-line storage and the data of the encrypted off-line storage are used for data storage operations, data sorting operations, and storage space emptying operations after receiving the instructions of the telecom mobile phone user management operation center; The operation management data is returned to the telecom mobile phone user management operation center. The data of the off-line storage is not encrypted and can be controlled by the mobile phone. The above description and the difference between the present invention and the conventional software decryption timing are that when the software is used, the decryption is performed, and after the software is used, the encryption is repeated.

When the virtual software stored in the mobile phone is transferred, stored, and used, the device provides the association management function of the mobile phone user card (SIM card, Figure 57) (Fig. 6 of 68).

10‧‧‧Virtual Hosting Diagram, the concept of virtual hosting gives the host maximum utilization

11‧‧‧ A host that will be used by its users 13, 15, and 127 in its own use, 123, 125, and 127, which are virtual hosts 14, 16, 18

123‧‧‧Usage 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‧‧‧Usage 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‧‧‧ 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‧‧‧Users, using the host 123 using the process 123, feel the virtual host 14

14‧‧‧ Web Host, User 13 uses the feeling of using host computer 11 during the process 123

15‧‧‧Users, using the host 125 using the process 125, feel the virtual host 16

16‧‧‧ Web Host, User 15 uses the feel of the host 11 in the process 125

17‧‧‧Users, using the host 11 using the process 127, feel the virtual host 18

18‧‧‧ Web Host, User 17 uses the feel of the host 11 during the use process 127

20‧‧‧ Hard disk configuration imbalance and gap map

21‧‧‧ Personal use of hardware hardware devices, including but not limited to televisions, computers

22‧‧‧ Personal computer software storage device hardware for storing software tools and data software, the storage device hardware capacity is greatly increased, making the basic device capacity of the storage software too large

23‧‧‧ Software to be paid for, according to current market habits, most of the users only pay for the frequently used software; the software storage device stored in the individual's software accounts for a very small proportion of the hardware capacity; Software, only consumed in cinemas, videotapes and CD rental stores

24‧‧‧ Software suppliers' software storage devices are hard, and the valuable software has more and more data capacity, that is, the software cost is getting higher and higher. Software suppliers are trying to protect their software assets, creating a gap between group users and individual users.

25‧‧‧Digital subscriber loops, including the "x Digital Subscriber Line" and "Passive Ethernet Network" (EPON), although the transmission speed of the new transmission device is getting faster and faster, but only Let users use the "stand-by-use" method, users can not achieve the convenience of "hands-on", their willingness to use and the formation of the market must be as low as today

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 the zero inventory production line

312, 313, 314, 315, 316‧ ‧ ‧ each production line of the zero-inventory production line, they correspond to the timely and sufficient 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 plant, and can make manual delivery components 322 to the near-auto assembly plant production line 312.

322‧‧‧Component manual delivery, the warehouse of the component factory 321 supplies the production line 312

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

332‧‧‧Transport components, parts factory warehouse 331 to the production line 313 remote supply

341‧‧‧The factory of the component factory, the component factory rents the warehouse to the automobile assembly plant, and can make the platform truck delivery component 342 for the near-line assembly plant production line 314.

342‧‧‧Component platform truck transport, component factory warehouse 341 supply to production line 314

351‧‧‧Component factory warehouse, spare parts factory warehouse outside the automobile assembly plant, transporting parts and components 315 to the automobile assembly plant production line 352

352‧‧‧Transportation components, the supply vehicles are lined up at the receiving terminal of production line 315, and the component factory warehouse 351 makes long-distance supply to the 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 automatic assembly of the assembly line 316 to the automobile assembly plant.

362‧‧‧Automated component delivery, warehouse 361 of the component factory to supply automation line 316

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

41‧‧‧Automotive assembly plant accepts supply in the form of a central factory. The automobile assembly plant adopts “zero inventory” for the zero-component operation of the central plant. The component inventory is in the warehouse of the component factory. The inventory of the component factory warehouse is the automobile assembly plant. Virtual inventory

42‧‧‧Components 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‧‧‧Software suppliers supply externally in the type of operation center, software users do not need to use their own software, software is stored in the digital user built-in storage, and the digital user built-in storage is the software user. Virtual software inventory

45‧‧‧Software suppliers store the software backup mode in the storage of digital data transmission lines beside all users, and the software suppliers create the opportunity value of the software being used to achieve the competitiveness of software use.

46‧‧‧Software suppliers to software users, their competitiveness is created by software suppliers, software users need "convenient", "low cost" and "efficiency"

50‧‧‧Architecture diagram of virtual software devices built on telecom mobile devices

51‧‧‧Telecom mobile phone user management operation center host, connected to many multi-line telecom base stations 521, wireless connection 52 on telecommunication mobile phone 53, telecom mobile phone built with large-capacity storage 54

52‧‧‧Wireless connection of mobile telecommunications bases to mobile phones

521‧‧‧Telecom launch base station, the lower end of the telecom mobile phone user management operation center host connection 51, the lower end of the mobile phone wireless connection 52

53‧‧‧Telecom mobile phone with built-in large-capacity storage 54

54‧‧‧ Large-capacity storage, built in telecom mobile phone 53, the large-capacity storage 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 Also divided into unencrypted off-line storage 542 and encrypted off-line storage 543

541‧‧‧Online buffer storage, from the telecom mobile phone user management work center host will transmit the content to the telecom mobile phone as the transmission buffer storage for the purpose of immediate broadcast, that is, the broadcast and broadcast operation, when the data is organized, the data is not organized. Complete and discard

542‧‧‧Unencrypted off-line storage, the transmission storage for the purpose of broadcasting the telecom mobile phone, the storage content is the unencrypted content transmitted from the telecom mobile phone user management operation center host, or the encrypted external storage 543 Software data that has been decrypted and 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

55‧‧‧Telecom mobile phone switched from standby to in use

56‧‧‧Telecom mobile phone holders using mobile phones

57‧‧‧Mobile phone user card (SIM card), stored in the virtual software of the mobile phone, when it is transmitted, stored, and used, the device provides the association management function of the mobile phone user card.

60‧‧‧Function diagram of a virtual software device built on a telecommunications mobile device

61‧‧‧Each storage unit of online buffer storage for online buffer storage 541, split into a number of storage units

62‧‧‧Un-encrypted each storage unit of the off-line storage, for the unencrypted off-line storage 542, divided into a plurality of storage units

63‧‧‧ Each storage unit of the encrypted off-line storage is divided into a plurality of storage units for the encrypted off-line storage 543

64‧‧‧Encrypt the encryption of each storage unit of the off-line storage. Each storage unit selects the encryption key for its encryption operation, encrypts and stores its contents, and stores the corresponding decryption key 65 in the telecom mobile phone user. Management Job Center Host 51

65‧‧‧ decryption key, encrypting each storage unit of the encrypted external storage, after the encryption storage is completed, the decryption key is stored in the telecom mobile phone user management job center host

66‧‧‧Telecom mobile phone for subsequent transfer of virtual software for playback of external electronic players 671, 672, 673

671‧‧‧ Television receives and broadcasts virtual software in telecommunication handsets

672‧‧‧ Computers receive and play virtual software in telecommunication handsets

673‧‧‧ Another telecommunication handset receives and plays virtual software in telecommunication handsets

68‧‧‧Mobile device user card's association management function for virtual software is stored in the virtual software of the mobile phone. When it is transmitted, stored, and used, the device provides its association management function.

Figure 1 Virtual host.

Figure 2 Unbalanced and chaotic configuration of the hard disk.

Figure 3 Corresponding virtual software for the zero inventory production line.

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

Figure 5 Built on the architecture of a telecom mobile device to implement a virtual software device.

Figure 6 Built into the telecommunications mobile device to perform the functions of the virtual software device.

51‧‧‧Telecom Mobile Phone User Management Job Center Host

52‧‧‧Wireless connection of mobile telecommunications bases to mobile phones

521‧‧‧Telecom base station

53‧‧‧Telecom mobile phones with built-in large-capacity storage

54‧‧‧ Large-capacity storage

541‧‧‧Online buffer storage

542‧‧‧Unencrypted off-line storage

543‧‧‧Encrypted off-line storage

56‧‧‧Telecom mobile phone holders using mobile phones

57‧‧‧Mobile User Card (SIM Card)

60‧‧‧Function diagram of a virtual software device built on a telecommunications mobile device

61‧‧‧Each storage unit of online buffer storage

62‧‧‧Do not encrypt each storage unit of off-line storage

63‧‧‧Encrypt each storage unit of the off-line storage

64‧‧‧Encryption of each storage unit of encrypted off-line storage

65‧‧‧ decryption key

66‧‧‧Telecom mobile phone for subsequent transfer of virtual software

671‧‧‧ Television receives and broadcasts virtual software in telecommunication handsets

672‧‧‧ Computers receive and play virtual software in telecommunication handsets

673‧‧‧ Another telecommunication handset receives and plays virtual software in telecommunication handsets

68‧‧‧Mobile user card association management function for virtual software

Claims (13)

A device built into a telecommunications mobile phone for performing virtual software functions, characterized by: a device for combining a conventional transmission buffer operation type, a conventional large-capacity storage device The telecommunication mobile phone user management operation center host can transmit the telecommunication mobile phone when the telecommunication mobile phone standby does not use the transmission line in a large amount, and the purpose is to store the telecommunication mobile phone, if the required data is pre-stored in the telecommunication mobile phone, That is to say, the telecom mobile phone broadcast operation is provided, thereby saving the timeliness of waiting for the transmission operation. According to the device of the first application of the patent scope, in which the demand for downloading and transmitting by the telecommunication mobile phone is required, only the telecom mobile phone operation can achieve fast playback, and the control right of the licensed content is completely controlled by the telecommunication mobile phone user management operation center. According to the device of claim 1, wherein the function built into the large-capacity storage device of the telecommunication mobile phone is divided into an online buffer storage body to execute a conventional transmission buffer storage body, an unencrypted off-line storage body, and an encryption line. Three functions of the storage. According to the device of claim 3, wherein the function of encrypting the off-line storage, in the standby situation of the telecommunication mobile phone, and the requirement that the telecommunication mobile phone does not issue the download transmission, the telecommunication mobile phone user management operation center performs the external storage of the encrypted line. The body is transported and stored in the device. According to the device of claim 3, wherein the function of not encrypting the off-line storage, in the case of the standby of the telecommunication mobile phone, and the need for the download and transmission of the telecommunication mobile phone, the telecommunication mobile phone user management operation center performs the encryption line The storage is transferred and stored in the device. According to the device of claim 3, wherein the operation of storing and playing is controlled by the telecommunication mobile phone master for the function of not encrypting the external storage. According to the device of claim 4 or 5, in which the data of the off-line storage is subjected to the operation of the telecommunication mobile phone user management operation center, the data verification operation, the data collation operation, and the storage body are performed. The space is vacated; the operation results and the operation management data are returned to the telecom mobile phone user management operation center. According to the device of claim 1, wherein for the large amount of data stored in the large storage capacity telecommunication mobile phone, the indexing work content established for the efficient management of the data, the copy is established in the telecommunication mobile phone user management operation center, so as to facilitate the telecommunications hand The machine user manages the execution of the master job of the job center. According to the device of claim 1 of the scope of the patent application, in which the telecom mobile phone user manages the operation center to control the large amount of data stored in the telecommunication mobile phone, the large amount of data to be stored in the telecommunication mobile phone is completed in the telecommunication mobile phone user management operation center. The encryption operation is transmitted to the telecom mobile phone for storage, and the stored data is broadcasted after the telecom mobile phone is decrypted. According to the device of claim 9 of the patent application, in which each data storage management unit under a telecommunication mobile phone separately sets a key device for encryption and decryption, and the management right of the key is managed in the telecommunication mobile phone user management center; When the data of the storage management unit is cracked, the second data storage management unit data may not be successfully cracked by the static protection operation. According to the device of claim 1, wherein when the telecommunication mobile phone storage file is stored, the play record is sent to the telecommunication mobile phone user management operation center for dynamic protection monitoring operation. According to the device of claim 1, wherein the device provides the association management function of the mobile phone user card when the virtual software stored in the telecommunication mobile phone is transmitted, stored, and used. According to the device of claim 1, wherein the telecommunication mobile phone can be transmitted to a computer, a television, and other mobile phones for playing and playing the storage file of the telecommunication mobile phone storage.