31 results about "Evolution-Data Optimized" patented technology

A router includes a plurality of wireless network carrier cards, each of the network carrier cards adapted for use with one of a like plurality of different carrier networks, means for determining which of the plurality of network carrier cards provides a suitable connection to a carrier network and means for selecting one or more suitable connections to one or more carrier networks and for connecting the EVDO router to the carrier network through a particular one of the plurality of network carrier cards and a load balancing processor for load balancing between a plurality of different backbone networks and wherein the load balancing processor directs traffic among multiple networks to provide a desired throughput. In one embodiment, the router is provided as an evolution-data optimized (EVDO) wireless router.

The invention relates to a planning method of a multi-system intelligent configurable wireless network. The planning method comprises the following steps of: determining systems and requirements of wireless network planning by users, and configuring network planning parameters according to the systems and requirements; respectively carrying out rough network planning and fine network planning; and finishing planning results, and providing output data and charts for planning as a total result of the current network intelligent planning for providing reality basis and reference for users. The planning method disclosed by the invention is used for carrying out rough network planning and fine network planning on a set region by combining with an actual geographic information system on the basis of current situation of coexistence of multiple networks and supports single-network and multi-network simulation. Multiplex network systems supported by the method disclosed by the invention not only comprise a 2G (2-generation) network, a 3G (3-generation) network, a 3G (HSPA (High Speed Packet Access), EV-DO (Evolution-Data Optimized)) and 4G (TD-LTE (Time Division-Long Term Evolution), FDD-LTE (Frequency Division Duplexing-Long Term Evolution)), supports planning of multiple clustering systems (TETRA (Terrestrial Trunked Radio), iDEN (Integrated Digital Enhanced Network), GoTa (Global open Trunking Architecture) and GT800) and has complete and perfect functions.

An apparatus and method of providing location information in a mobile communication system are provided including steps for receiving a message by a Code Division Multiple Access (CDMA) 2000 1x Base Station (BS) and transmitting the received message to a 1x Evolution-Data Optimized (EV-DO) BS, wherein the message shows the location of the 1x BS and is transmitted from an Access Terminal (AT) sharing session information with the 1x EV-DO BS, updating, by the 1x EV-DO BS, information on the 1x BS according to the message including the location of the 1x BS, transmitting a paging request message from the 1x EV-DO BS to the 1x BS when a 1x EV-DO paging event is generated for the AT, generating a paging message by the 1x BS and transmitting it to the AT, and transmitting a message indicating the completion of a 1x service from the 1x BS to the 1x EV-DO BS when the AT ends the provision of the 1x service.

The invention belongs to the field of mobile communication, and relates to a wireless communication module, in particular to a high-performance small-sized module of a code division multiple access (CDMA) evolution-data optimized (EV-DO) mobile terminal. The small-sized module is applicable to a third generation (3G) user terminal. The wireless communication module is characterized in that: board-level connection is carried out by ball grid array (BGA) package; the level of integration is high; the size is small; good electrical performance and an external interface function are realized; and requirements of a customer can be well met. The wireless communication module comprises a radio frequency front end, a transmitting and receiving channel, a base band processing part, a memory and a power manager, wherein the base band processing part and the radio frequency front end are placed on a top layer of a circuit board; a shielding cover is arranged on the top layer to guarantee an excellent electromagnetic compatibility function of the module; the memory is placed on a bottom layer of the circuit board; and the bottom layer adopts an advanced BGA technology to guarantee reliable connection during the application of the module.

The disclosure relates to techniques for maintaining minimum quality of service (QoS) communication sessions with a wireless communication device (WCD) over a data-based communication network during a hard handoff between access networks for the WCD. More specifically, the techniques determine whether a closed connection between the WCD and a first access network during a minimum QoS communication session is due to a hard handoff between the first access network and a second access network. In the case of a hard handoff, the techniques maintain open QoS reservations associated with data flows included in the minimum QoS communication session for a predetermined period of time to enable a new connection to be established between the WCD and a second access network. The techniques described herein may especially useful when performing a voice over Internet Protocol (VoIP) call over an Evolution-Data Optimized (EVDO) communication network.

Disclosed are a hybrid mobile communication terminal and a method of controlling operation modes of the terminal. The hybrid mobile communication terminal includes a first communication unit communicating with a first communication system capable of offering voice services and low-speed data transmission, a second communication unit communicating with a second communication system capable of offering high-speed data transmission, and a mode controller for controlling a switching operation between the first and second communication units, wherein the mode controller includes a preference access setup unit which sets so that a data call connection to the first communication system is attempted during a predetermined time interval when the mode controller fails to establish a call connection with the second communication system in a hybrid operation mode in which the mode controller alternately attempts to access the first and second communication systems using the first and second communication units. The method includes the step of attempting to establish a data call connection to a 1× mode during a predetermined time interval upon failure in call connection to an EV-DO (Evolution-Data Optimized) system during a hybrid operation mode.

A system and a method for releasing quality of service (QoS) resources in a mobile communication network enable QoS resources allocated to a mobile terminal to be released, if, after the mobile terminal is allocated with resources for QoS through an Evolution-Data Optimized (EVDO) Revision A (rA) network to receive data serves, the mobile terminal escapes from the EVDO rA network without first performing a resource release request to the EVDO rA network. The system and method may be implemented in the mobile terminal, the access network, the text message server, or any combination thereof, for releasing the allocated QoS resources without requiring the mobile terminal to re-connect to the EVDO rA network.

The invention discloses a method for ensuring quality of service (QoS) of application service in an evolution-data optimized (EVDO) system, which comprises the following steps of: carrying out detection and statistics on messages on a main connection single stream to identify the current main application service type of a user; carrying out the network resource allocation at the wireless side according to the QoS requirements of the current main application service types; and releasing the allocated network resources for the current main application service types when the allocated accumulated flow rate or the average speed exceeds the preset threshold. When the method is adopted, the QoS assurance can be provided for the application service of different transmission requirements, so the user experience can be greatly improved, and simultaneously, the system resources of the whole network can also be fully and reasonably utilized. The invention also discloses a device for ensuring the QoS of the application service in the EVDO system, which comprises a main service type identification module, a resource allocation module and a protection recovery module.

A router includes a plurality of wireless network carrier cards, each of the network carrier cards adapted for use with one of a like plurality of different carrier networks, means for determining which of the plurality of network carrier cards provides a suitable connection to a carrier network and means for selecting one or more suitable connections to one or more carrier networks and for connecting the EVDO router to the carrier network through a particular one of the plurality of network carrier cards and a load balancing processor for load balancing between a plurality of different backbone networks and wherein the load balancing processor directs traffic among multiple networks to provide a desired throughput. In one embodiment, the router is provided as an evolution-data optimized (EVDO) wireless router.

Disclosed is an apparatus for controlling DBDM including a first modem that performs an EVDO (Evolution-Data Optimized) or a HSDPA (High Speed Downlink Packet Access) communication, and the second modem that performs a WiMAX (Worldwide Interoperability for Microwave Access) communication, and a method for controlling DBDM, wherein one of the modems selected from the two (first and second) modems that is used for data communication of a user terminal generates a wake up signal to wake up the other modem that is not selected, and the other woken-up modem receives and analyzes communication data, and transmits a data of analysis result to the user terminal and the UART via the one modem performing the data communication.

Disclosed herein is a technique for enhanced parameter negotiation in Evolution-Data Optimized (EVDO) communication systems that use Generic Configuration Protocol to negotiate session parameters or session attributes. The technique reduces the number of parameter negotiation cycles involved during the session configuration process. A new AlternateValueAllowed field is added in the attribute record. The Configuration Request message sent by the initiator allows the Configuration Response message responder to send the responder's preferred attribute value to the initiator, when the Configuration Request message does not contain the preferred attribute value of the responder. Such a modified attribute record structure obviates the need for multiple attribute negotiation cycles, and therefore saves session negotiation time.

The invention discloses a system and a method for testing the user perception effect of video telephony (VT) and streaming media. The system comprises test terminals, a VT video test server, a result analysis server, a streaming media test server, a central database, a short message application server, an online upgrade server, a Web server and an application logic server, wherein the application logic server is connected with the test terminals, the central database and each server; and the test terminals, the central database and each server perform data exchange by the application logic server. The system for testing the user perception effect of video telephony and streaming media services in a code division multiple access (CDMA) / evolution-data optimized (EVDO) wireless network is flexibly deployed, automatically run, remotely controlled and upgraded and easy to use, and can conveniently and highly-efficiently detect the running quality of the VT and streaming media services in the wireless network, and obtain 7*24-hour test results of a great number of test points by arranging the test terminals in different environments without huge manpower and material resources.

Disclosed herein is a technique for enhanced parameter negotiation in Evolution-Data Optimized (EVDO) communication systems that use Generic Configuration Protocol to negotiate session parameters or session attributes. The technique reduces the number of parameter negotiation cycles involved during the session configuration process. A new AlternateValueAllowed field is added in the attribute record. The Configuration Request message sent by the initiator allows the Configuration Response message responder to send the responder's preferred attribute value to the initiator, when the Configuration Request message does not contain the preferred attribute value of the responder. Such a modified attribute record structure obviates the need for multiple attribute negotiation cycles, and therefore saves session negotiation time.

The invention provides a method and a system for detecting power of CDMA 2,000 and EVDO mixed signals. The system comprises a radio frequency down-conversion device, a digital processing device and a digital control device. A control command is sent by the digital control device to control the radio frequency down-conversion device to perform down-conversion processing on the mixed signals, and then an intermediate frequency signal is obtained; the intermediate frequency signal is converted into a digital signal by the digital processing device, and then the digital signal is subjected to correlation detection, so that a pilot frequency synchronizing signal in the EVDO signal pilot frequency position in the mixed signals is confirmed. An EVDO carrier is emitted with full power, so that the power of a signal in the pilot frequency position is the power of the carrier, and the power of the mixed signals in the pilot frequency position is the actual power of a signal emitted from a base station; and the number of sampling points of the signal power in the pilot frequency position is confirmed according to the pilot frequency synchronizing signal, and the sampling points are accumulated to confirm the power of the mixed signals in the pilot frequency position. With the adoption of the mode, the problems that the power detection of the CDMA 2,000 and EVDO mixed signals is smaller and the fluctuation is larger are solved.

The disclosure relates to techniques for maintaining minimum quality of service (QoS) communication sessions with a wireless communication device (WCD) over a data-based communication network during a hard handoff between access networks for the WCD. More specifically, the techniques determine whether a closed connection between the WCD and a first access network during a minimum QoS communication session is due to a hard handoff between the first access network and a second access network. In the case of a hard handoff, the techniques maintain open QoS reservations associated with data flows included in the minimum QoS communication session for a predetermined period of time to enable a new connection to be established between the WCD and a second access network. The techniques described herein may especially useful when performing a voice over Internet Protocol (VoIP) call over an Evolution - Data Optimized (EVDO) communication network.

The invention discloses a method for encrypting an application software private area of an EVDO (evolution-data optimized) data card end, which is characterized in that a read-write interface positioned between the EVDO data card end and a host machine adopts the specifications of a USB (universal serial bus) protocol and an SCSI (small computer system interface) protocol; and the content of the application software private area is read and written through an SCSI order when the host machine communicates with the EVDO data card end. The method has more concealment; in addition, the operation process is symmetrical to a program of the EVDO data card end for users so that the corresponding content can not be read and written without appointed read-write operation, thus safety is better, and decryption is difficult.

The invention discloses a multifunctional system simultaneously supporting a POC (Ptt over cellular) intercom and a 350M analog trunking intercom on a CDMA-EVDO-UMB (Code Division Multiple Access-Evolution Data Optimized-Upper Memory Block). The multifunctional system comprises a PTT (push-to-talk) button, a GPS (global positioning system) module, a SOS (save our souls) button, a CDMA-EVDO-UMB module, a 350 analog trunking module, an application processor, a switcher and loud-speaking equipment, wherein the application processor is connected with the PTT button, the GPS module, the SOS button, the CDMA-EVDO-UMB module, the 350 analog trunking module and the switcher; and the switcher is connected with the CDMA-EVDO-UMB module, the 350 analog trunking module and the loud-speaking equipment. According to the multifunctional system, the 350 analog trunking intercom and the POC intercom can be automatically switched, and the multifunctional system is also provided with the SOS button and the PTT button and has a GPS positioning function.

The method comprises: a) when dual-mode terminal has an event happening in evolution-data optimized (EV-DO) network, the access network (AN) informs said event to mobile switch center / mobile switch center emulation (MSC / MSCe); according to the obtained event, MSC / MSCE determines the status of dual-mode terminal in EV-DO network; b) when receiving a paging from 1x network, according to the status of dual-mode terminal in EV-DO network, MSC / MSCe determines the mode of making the paging to dual-mode terminal, and makes paging to the dual-mode terminal.

The invention discloses a dual-mode and dual-standby terminal and a method for processing a voice call using the same, which are used for realizing a trunking communication function on the dual-mode and dual-standby terminal. The dual-mode and dual-standby terminal comprises a CDMA (Code Division Multiple Access) network communication unit, a GSM (Global System for Mobile Communication) network communication unit and an EVDO (Evolution-Data Optimized) network communication unit. The processing method comprises the following steps of: receiving a first voice call by the dual-mode and dual-standby terminal which is at the current voice call; when the current voice call and the first voice call belong to different communication types, carrying out voice call treatment according to a communication type priority management strategy, wherein the communication type comprises initiative or passive trunking voice communication based on the EVDO network communication unit or network voice communication based on the CDMA network communication unit or / and the GSM network communication unit.

Disclosed is an apparatus for controlling DBDM including a first modem that performs an EVDO (Evolution-Data Optimized) or a HSDPA (High Speed Downlink Packet Access) communication, and the second modem that performs a WiMAX (Worldwide Interoperability for Microwave Access) communication, and a method for controlling DBDM, wherein one of the modems selected from the two (first and second) modems that is used for data communication of a user terminal generates a wake up signal to wake up the other modem that is not selected, and the other woken-up modem receives and analyzes communication data, and transmits a data of analysis result to the user terminal and the UART via the one modem performing the data communication.

The invention relates to an evolution-data optimized (EVDO)-based onboard information system, which comprises an audio and video acquisition module, a global positioning system (GPS) module, an automobile data recorder, an alarming module, a video superimposing device, a video compression module, a video storage module, an EVDO communication module, an EVDO communication network and a server, wherein the video superimposing device is connected with the audio and video acquisition module, the GPS module, the automobile data recorder and the alarming module respectively; the video superimposing device, the video compression module and the video storage module are connected; the video storage module is connected with the EVDO communication module; and the EVDO communication module is connected with the server through the EVDO communication network. Compared with the prior art, the system has the advantages of multifunction, low cost and the like.

The present invention provides an antenna device for a dual-mode intelligent mobile phone, which comprises: a Code Division Multiple Access 2000 1× Evolution-data Optimized (CDMA 20001× EV-DO) antenna (101), a Global System for Mobile Communications (GSM) antenna (102), a Wireless Fidelity / Bluetooth / Global Position System (WIFI / BT / GPS) antenna (103) and a WIFI / GPS dual-frequency device (104). The present invention further provides an application terminal for a dual-mode intelligent mobile phone. By using the device and the terminal provided by present invention, multiple antennas can be disposed in the narrow space of a mobile phone and the interference among the antennas can be reduced.

The method comprises: a) when dual-mode terminal has an event happening in evolution-data optimized (EV-DO) network, the access network (AN) informs said event to mobile switch center / mobile switch center emulation (MSC / MSCe); according to the obtained event, MSC / MSCE determines the status of dual-mode terminal in EV-DO network; b) when receiving a paging from 1x network, according to the status of dual-mode terminal in EV-DO network, MSC / MSCe determines the mode of making the paging to dual-mode terminal, and makes paging to the dual-mode terminal.

The invention discloses a multifunctional system simultaneously supporting POC (PTT Over Cellular) talkback and IDEN (Integrated Digital Enhanced Network) talkback on EVDO (Evolution-Data Optimized). The multifunctional system simultaneously supporting the POC talkback and the IDEN talkback on the EVDO comprises a PTT (Push To Talk) button, a GPS (Global Positioning System) module, an SOS (Save Our Souls) button, an EVDO module, an IDEN module, an application processor, a switch and a loudspeaking device, wherein the application processor is connected with the PTT button, the GPS module, the SOS module, the EVDO module, the IDEN module and the switch respectively; and the switch is connected with the EVDO module, the IDEN module and the loudspeaking device. Due to the adoption of the multifunctional system, automatic switching between the IDEN talkback and the POC talkback can be realized, and the SOS button, the PTT button and GPS positioning function are realized.

The invention relates to a planning method of a multi-system intelligent configurable wireless network. The planning method comprises the following steps of: determining systems and requirements of wireless network planning by users, and configuring network planning parameters according to the systems and requirements; respectively carrying out rough network planning and fine network planning; and finishing planning results, and providing output data and charts for planning as a total result of the current network intelligent planning for providing reality basis and reference for users. The planning method disclosed by the invention is used for carrying out rough network planning and fine network planning on a set region by combining with an actual geographic information system on the basis of current situation of coexistence of multiple networks and supports single-network and multi-network simulation. Multiplex network systems supported by the method disclosed by the invention not only comprise a 2G (2-generation) network, a 3G (3-generation) network, a 3G (HSPA (High Speed Packet Access), EV-DO (Evolution-Data Optimized)) and 4G (TD-LTE (Time Division-Long Term Evolution), FDD-LTE (Frequency Division Duplexing-Long Term Evolution)), supports planning of multiple clustering systems (TETRA (Terrestrial Trunked Radio), iDEN (Integrated Digital Enhanced Network), GoTa (Global open Trunking Architecture) and GT800) and has complete and perfect functions.

The invention discloses a multifunctional system simultaneously supporting POC (PTT Over Cellular) talkback and TETRA (Trans European Trunked Radio) talkback on CDMA-EVDO-UMB (Code Division Multiple Access-Evolution-Data Optimized-Ultra Mobile Broadband). The multifunctional system simultaneously supporting the POC talkback and the TETRA talkback on the CDMA-EVDO-UMB comprises a PTT (Push To Talk) button, a GPS (Global Positioning System) module, an SOS (Save Our Souls) button, a CDMA-EVDO-UMB module, a TETRA module, an application processor, a switch and a loudspeaking device, wherein the application processor is connected with the PTT button, the GPS module, the SOS button, the CDMA-EVDO-UMB module, the TETRA module and the switch; and the switch is connected with the CDMA-EVDO-UMB module, the TETRA module and the loudspeaking device. Due to the adoption of the multifunctional system, automatic switching between the TETRA talkback and the POC talkback can be realized, and the SOS button, the PTT button and GPS positioning function are realized.

A system and a method for releasing quality of service (QoS) resources in a mobile communication network enable QoS resources allocated to a mobile terminal to be released, if, after the mobile terminal is allocated with resources for QoS through an Evolution-Data Optimized (EVDO) Revision A (rA) network to receive data serves, the mobile terminal escapes from the EVDO rA network without first performing a resource release request to the EVDO rA network. The system and method may be implemented in the mobile terminal, the access network, the text message server, or any combination thereof, for releasing the allocated QoS resources without requiring the mobile terminal to re-connect to the EVDO rA network.

A quality of service (QoS) services access method is disclosed. The method includes: when a base station receives a connection request message of a user, and if it is determined that the user has negotiated a QoS attribute and the connection information of the user does not carry the QoS information, the user is taken as a quasi QoS user, and it is determined according to the current remaining bandwidth of the system whether the quasi QoS user is allowed to access. A QoS services access apparatus is also disclosed. The apparatus includes a user type identifier and an admission judger. The solution disclosed makes the system can ensure being able to initiate the QoS services successfully afterward, and the access success rate of the QoS services in the specific process of the Code Division Multiple Access Evolution-Data Optimized (CDMA EV-DO) system is improved.

The invention discloses a multifunctional system simultaneously supporting POC (PTT Over Cellular) talkback and IDEN (Integrated Digital Enhanced Network) talkback on CDMA-EVDO-UMB (Code Division Multiple Access- Evolution-Data Optimized-Ultra Mobile Broadband). The multifunctional system simultaneously supporting the POC talkback and the IDEN talkback on the CDMA-EVDO-UMB comprises a PTT (Push To Talk) button, a GPS (Global Positioning System) module, an SOS (Save Our Souls) button, a CDMA-EVDO-UMB module, an IDEN module, an application processor, a switch and a loudspeaking device, wherein the application processor is connected with the PTT button, the GPS module, the SOS button, the CDMA-EVDO-UMB module, the IDEN module and the switch respectively; and the switch is connected with the CDMA-EVDO-UMB module, the IDEN module and the loudspeaking device. Due to the adoption of the multifunctional system, automatic switching between the IDEN talkback and the POC talkback can be realized, and the SOS button, the PTT button and GPS positioning function are realized.

The invention relates to a radio phone for realizing an intelligent wireless router function based on an EVDO (Evolution-Data Optimized) network. An internal functional circuit is arranged inside the phone, and comprises an intelligent gateway functional module, an EVDO mobile phone communication module, a serial port communication functional module and a broadband channel management functional module, wherein the intelligent gateway functional module is connected with the mobile phone communication module through the serial port communication functional module; a router network interface and a power interface are arranged on the lateral surface of a housing of the radio phone; an SIM (Subscriber Identity Module) card slot is formed in the back of the housing; and a phone transmitter is further arranged on the upper surface of the housing of the radio phone. By adopting the radio phone for realizing the intelligent wireless router function based on the EVDO network, various devices such as a computer, a PAD, a mobile phone and the like of a user can surf the Internet through a wired network interface or a WIFI wireless network; the mobile phone clamping slot is formed in the back of the housing of the phone, so that a mobile phone card can be inserted to realize a radio phone function; and the radio phone is compact in structure, economic and practical, and has a wider application range.