TH94435A - Mobile station, wireless base station, and mobile communication system, as well as the method of transmitting and transmitting system information - Google Patents

Abstract

DC60 (22/04/16) wireless base station for building Shared data transponders and transponders Control the mobile terminal link and conduct mobile communication with the mobile station. It consists of a system builder that generates a system information with one or more blocks of information together, and a scheduling data generation process that generates system information. Schedules of one or more blocks of information above, and the way they are sent System information signal which transmits the scheduling information mentioned above. It is part of the system information.

Claims (1)

Disclaimer (all) which will not appear on the advertisement page. : ------ 10/24/2018 ------ (OCR) Page 1 of 3 Pages Terms 1. Wireless base station for generating shared data channels and channels. signal Controls the signal link for the mobile station and conducts mobile communication with the mobile station, consisting of a system building block which generates a system information containing one or more blocks of information; Scheduling data generation unit that generates one or more of these block scheduling data; The system information signaling unit that emits the scheduled information as part of the system information on the shared data channel; And blocks the signal, blocks the data on the shared data channel 2.The wireless base station mentioned in claim 1 also comes with A data block splitting unit that splits the system data into one or more blocks of information 3. The wireless base station specified in claim 2, where the scheduling data which is generated by the scheduling data generator. The schedule contains at least one signaling period, size, resource allocation information, signaling timing of each data block, which is made up by one such block separator. Abandonment Shared data and control channels Control the signal with the wireless base station and communicate with the wireless base station, it consists of a system receiver unit that receives the system data signals from the wireless base station. On shared data channels; Scheduling data retention unit, which optionally removes block scheduling data. Each one comes out of the received system data. To retain such scheduling information; Where the receiver unit blocks the received signal, blocks the condensed data on the channel. Data signals shared according to the schedule management information page 2 of the number 3 page 5. Mobile stations listed! Clause 4 where scheduling information which is stored in the data storage The scheduling includes signaling period, size, resource allocation information, transmission timing of the Each data block is included at least one. 6. Mobile shifting systems for building control channels, signal links, and brothels. A signal that is shared between a mobile station and a wireless base station for mobile communication, where the wireless base station is composed of a system information generator, which generates a system information with one or more blocks of information; Scheduling data generating unit that generates one or more such block scheduling information; and The system information transmitter unit which emits the scheduled information as part of the system information on the shared data channel; And signaling blocks of information on the shared data channel; And the mobile station consists of a system information receiving unit which receives system information signals from the said wireless base station. On a shared channel; Scheduling data retention unit, which optionally removes block scheduling data. Each one comes out of the received system data. To retain such scheduling information; Where the data receiver unit receives the blocks of data transmitted on the transponder. Information that is shared according to such schedule management information. 7. The mobile transfer system specified in claim 6, where the wireless base station is subsequently assembled. The data block separator unit that separates system information. Into one or more blocks of information. 8. Methods of signaling and reception. Distribution of information in the shifting system. Mobile for creating a control channel, signal, link and shared channel between Mobile station and base station without pattern for moving moving substances Contains the steps of By the aforementioned wireless base station Creating a system profile that includes one or more blocks of information; Creating scheduling information for one or more blocks; And page 3 of the number 3 pages. Transmission of system information is part of the system information on a shared channel; And signaling blocks of data on a shared channel; And by the aforementioned mobile station Receiving system information signals on a shared channel; And the selection of each block's scheduling information from the received system data and retaining such scheduling information. 9. Methods outlined in claim 8. With the steps of Separation of system data into one or more blocks by wireless base station 1 0. The method specified in claim 9, where the scheduling information is generated in the data generation phase. The scheduling includes the transmission period, size, resource management information, the transmission timing of the Each data block is included at least one and the scheduling information is maintained in the data retention process.Such scheduling includes signaling periods, size, resource allocation information, timing. Signal transmission Of each data block included at least 1 ------------ ------ 27/10/2017 ------ (OCR) Page 1 of the number 3 Claims page 1. A wireless base station for creating Shared data transponders and transponders Controls the signal link for the mobile station and conducts mobile communication with the mobile station, consisting of a system building block which generates a system information containing one or more blocks of information; Scheduling data generating unit that generates one or more of the aforementioned scheduling data blocks; The system information transmitter which transmits the said scheduling information as part of the system information on the shared data channel; And a system broadcasting unit, which emits a block of data on a shared data channel 2. The wireless base station specified in claim 1 consists of subsequent A data block splitting unit that splits the system data into one or more blocks of information 3. The wireless base station specified in claim 2, where the scheduling data which is generated by the scheduling data generator. The schedule contains at least one transmitting period, resource allocation data, size, transmission timing of each data block, which is made up by one such block separator. Creating Shared data channel and control channel It controls the signal link with the wireless base station and conducts mobile communication with the wireless base station.It consists of a system data receiver unit that receives the system data signals from the wireless base station. On a shared data channel; Scheduling data retention unit, which optionally removes block scheduling information. Each data comes out of the received system data. To retain such scheduling information; Where the receiver unit blocks the data, which receives blocks of condensed data on the transponder. Information that is shared according to the said schedule management information 5. Mobile stations listed in claim 4, where page 2 of the number 3 pages of scheduling information which is stored in storage storage. The schedule contains transmission periods, resource allocation information, size, transmission interval of Each data block is included at least one. 6. A mobile communication system for creating control channels, signs, and channels. A signal that is shared between a mobile station and a wireless base station for mobile communication, where the wireless base station is composed of a system constructor that generates a system information with one or more blocks of information; Scheduling data generating unit that generates one or more such block scheduling information; and The system information transmitter which transmits the said scheduling information as part of the system information on the shared data channel; And the signal blocks the data on the shared data channel; And the mobile station consists of a system information receiving unit which receives system information signals from the said wireless base station. On the shared channel; Scheduling data retention unit, which optionally removes block scheduling data. Each one comes out of the received system data. To retain such scheduling information; Where the data receiver unit receives a block of data transmitted on a transponder. The information is shared according to the schedule management information. 7. The mobile communication system specified in claim 6, where the wireless base station is subsequently assembled. The data block separator unit that separates system information. Into a block of data, one or more. 8. Method of transmission of system data signals in the mobile system for creating channels. Signal, signal link and brothel control signals are shared between the mobile station and the wireless base station. Cable for mobile communication Consists of the steps of By the aforementioned wireless base station Creating a system profile that includes one or more blocks of information; Creating scheduling information for one or more such blocks; And page 3 of the number 3 pages. Transmission of system information is part of the system information on a shared channel; And by the aforementioned mobile station Receiving system information signals on a shared channel; And the selection of each block's scheduling information from the received system data and retaining such scheduling information. 9. Methods outlined in claim 8. With the steps of Separation of system data into one or more blocks by wireless base station 1 0. The method specified in claim 9, where the scheduling information is generated in the data generation phase. The scheduling includes transmission intervals, resource allocation information, size, transmission timing of the Each data block is included at least one and the scheduling information is maintained in the data retention process.Such scheduling includes transmission periods, resource allocation data, size, timing. Signal transmission At least one of each data block is included. ------------ EDIT 22/04/2016 1. Wireless base station for building Shared data transponders and transponders Controls the signal link for the mobile station and conducts mobile communication with the mobile station, consisting of a system building block which generates a system information containing one or more blocks of information; Scheduling data generation unit that generates one or more of these block scheduling data; A system information transmitter which transmits said scheduling information as part of the system information on a shared data channel; And the system broadcasting unit, which transmits a block of information on a shared data channel 2. The wireless base station specified in claim 1 includes subsequent A data block splitting unit that splits the system data into one or more blocks of information 3. The wireless base station specified in claim 2, where the scheduling data which is generated by the scheduling data generator. The schedule contains at least one transmission period, resource allocation data, size, transmission timing for each data block, which is made up of one such block separator. 4. Mobile Stations. For creating Shared data transponders and transponders It controls the signal link with the wireless base station and conducts mobile communication with the wireless base station.It consists of a system data receiver unit which receives system data signals from the wireless base station. On a shared data channel; Scheduling data retention unit, which optionally removes block scheduling data. Each one comes out of the received system data. To retain such scheduling information; And the data block receiver unit, which receives the blocks of data transmitted on the data transponder. 5. The mobile station specified in claim 4, where the Scheduled Information which is maintained in the Scheduled Data Retention has a period of time. Signal, resource allocation information, size, transmission timing of Each data block is included at least one. 6. A mobile communication system for creating signal link control channels and A shared channel between a mobile station and a wireless base station for mobile communication, where the wireless base station is composed of a system constructor that generates a system information with one or more blocks of information; Scheduling data generating unit that generates one or more of these block scheduling information; The system information transmitter which transmits the said scheduling information as part of the system information on the shared data channel; And a system distribution unit which transmits a block of data on a shared data channel; And the mobile station consists of a system information receiving unit which receives system information signals from the said wireless base station. On the shared channel; Scheduling data retention unit, which optionally removes block scheduling data. Each one comes out of the received system data. To retain such scheduling information; And the data block receiver unit, which receives the blocks of data transmitted on the data transponder. 7. The mobile communication system specified in claim 6, where the wireless base station is subsequently assembled. The data block separator unit that separates system information. Into a block of information, one or more. 8. How to transmit data signals in a mobile communication system for the creation of. Signal link control channel and a shared channel between the mobile station and the base station Wireless for mobile communication Consists of the steps of By the aforementioned wireless base station Creating a system profile that includes one or more blocks of information; Creating scheduling information for one or more such blocks; And the scheduled transmission is part of the system information on a common channel. And sending data blocks on a shared channel; And by the aforementioned mobile station The reception of shared channel system information; And the selection of each block's scheduling information from the received system data and retaining such scheduling information. 9. Methods outlined in claim 8. With the steps of To divide system data into one block or a lot of information: Said by the wireless base station 1 0. The method is stated in claim 9 where the scheduling information that is generated in the generation phase of such scheduling data has a transmission period, data Resource allocation, size, transmission timing of Each data block is included at least one and the scheduling information is maintained during the retention process. Such schedule There is at least one transmission period, resource allocation information, size, transmission interval for each data block. -------------------------------------------------- ---------------------- 1. A wireless base station, which is characterized by that It is a wireless base station that communicates by defining a shared data channel and a signal-link control channel between the mobile stations, with a system data generation process that generates a system data with one data block or Several are included; And the process of creating data and scheduling, which generates data Scheduling of one or more blocks of information above; And the process of transmitting the system information, which transmits the aforementioned scheduling information, is part of the system information. 2. The wireless base station specified in claim 1 is a wireless base station that has the characteristics It is noteworthy that there is a data block splitting method that separates one or more blocks of the data as well. 3. For the wireless base station specified in claim 2, it is a wireless base station with its distinctive characteristics The scheduling data which is generated by the scheduling data generation process. As mentioned above It has transmission cycle, resource allocation information, size, block timing. Each data Which is divided by the aforementioned data block separation process, including at least one 4. For the wireless base station listed in claim 1, it is a wireless base station, which has the characteristics that the process Transmission of the system information mentioned above. There is signaling information The schedule mentioned above As part of the system Is on a shared data channel The aforementioned 5. Mobile stations with distinctive features in that It is a mobile station that communicates by defining a shared data channel and a signal link control channel between and the wireless base station. There is a process for receiving system information signals, which receives system information signals from a wireless base station that Above Scheduling data retention process, which selects the scheduling information of Each block of information comes out of the received system data. 6. For the mobile stations listed in claim 5, it is a mobile station characterized by the scheduling information which is retained by the data retention process. The schedule mentioned above There is at least one transmission cycle, resource allocation information, size, transmission cadence of each data block. 7. Mobile communication system, which is characterized by that It is a mobile communication system that communicates by defining control channels, signal links, and shared channels between Mobile station vs wireless base station The wireless base stations mentioned above are There are scheduling data generation processes that generate one or more of the scheduling data mentioned above; And the process of signaling system information, which transmits the aforementioned scheduling information as part of the system information; And the mobile station mentioned above There is a procedure for receiving system information signals, which receives system information signals from a wireless base station that As mentioned above; And scheduling information retention processes, which selectively remove the scheduling information of Each block of information comes out of the received system data. 8. For the mobile communication system specified in claim 7 is a communication system. Mobile, which has outstanding characteristics in that The wireless base stations mentioned above are There is a process for dividing the system data into one or more blocks of information. It is a method of transmitting signals. System information in the mobile communication system that communicates By setting the signal control channel A shared link and channel between the mobile station and the wireless base station. By the wireless base station mentioned above There is a system data creation procedure which generates the system information. Containing one or more blocks of information; And the scheduling data generation process which generates one or many of the above blocks of scheduling information; And the process of signaling system information, which sends the said scheduling information The above comes as part of the system information; And the mobile station mentioned above There is a procedure for receiving system information signals which receives System information signal; And scheduling information retention process, which chooses to remove the scheduling information Of each data block comes out of the received system data. And preserved 1 0. For the transmission method, the system data specified in claim 9 is the transmission method. System information signal, which has one distinctive feature in that The wireless base stations mentioned above have a process for splitting the system data into blocks that separate one or more blocks of information. 1. For the transmission method, the system information specified in Claim 10 is the transmission method. System information signal, which has one distinctive feature in that Scheduling data which is generated by the process of generating the scheduling data. As mentioned above It has transmission cycle, resource allocation information, size, block timing. Each data Which the bastards mentioned above included at least 1 Scheduling information which is maintained by the organizing retention process. The schedule mentioned above At least 1 transmission cycle, resource allocation information, size, transmission timing of each data block is included.