Abstract: A method of paging to increase standby time of Wireless Terminals used for non-real-time communications via cellular network is disclosed. The method comprises synchronizing a wireless terminal clock to a server internal clock and deriving a paging window and a dormant window for communicating between the server and the wireless terminal using the synchronized time. The method further comprises during the paging window: finding a control channel for a cellular network by the wireless terminal; sending the page from the server to the wireless terminal; and receiving the page from the server at the wireless terminal.
Abstract: Improvements for paging in wireless networks is disclosed. A wireless terminal clock is synchronized to a server clock and a paging window and a dormant window are derived for communicating between the server and the wireless terminal using the synchronized time. During the paging window a control channel for a cellular network is found by the wireless terminal; and the page may be received from the server at the wireless terminal.
Abstract: Improved paging for wireless networks is disclosed. A wireless terminal clock is synchronized to a server clock. A paging window and a dormant window are set for communicating between the server and the wireless terminal using the synchronized time. The paging window and the dormant window are set using a set of instructions. During the paging window, a control channel for a cellular network is found by the wireless terminal, and a page is received from the server at the wireless terminal.
Type:
Grant
Filed:
March 15, 2006
Date of Patent:
December 6, 2011
Assignee:
Jasper Wireless, Inc
Inventors:
Daniel G. Collins, Amit Gupta, Jahangir Mohammed
Abstract: Camping on a cell of a wireless network is disclosed. One or more available cells are determined for a wireless device. One or more available networks are determined based at least in part on the one or more available cells. A network is selected based at least in part on one or more network selection criteria. A cell of the selected network is selected. The selected cell is camped on, wherein camping enables receiving control channel information from the cell of the selected network. In the event that a registration condition is satisfied, the wireless device is registered on the selected network using control channel information.
Type:
Grant
Filed:
June 21, 2010
Date of Patent:
August 30, 2011
Assignee:
jasper wireless, inc.
Inventors:
Jahangir Mohammed, Daniel G. Collins, Amit Gupta
Abstract: Camping on a cell of a wireless network is disclosed. One or more available cells are determined for a wireless device. One or more available networks are determined based at least in part on the one or more available cells. A network is selected based at least in part on one or more network selection criteria. A cell of the selected network is selected. The selected cell is camped on, wherein camping enables receiving control channel information from the cell of the selected network.
Type:
Application
Filed:
June 21, 2010
Publication date:
October 7, 2010
Applicant:
JASPER WIRELESS, INC.
Inventors:
Jahangir Mohammed, Daniel G. Collins, Amit Gupta
Abstract: Listening on a cell of a wireless network is disclosed. Listening comprises: determining one or more available cells for a wireless device; determining one or more available networks based at least in part on the one or more available cells; selecting a network based at least in part on one or more network selection criteria; selecting a cell of the selected network; listening, using a listen mode, on the selected cell, wherein listening enables receiving a control channel information from the cell of the selected network without registering and without being in a standby mode with the selected network; and in the event that a registration condition is satisfied, registering the wireless device on the selected network using the control channel information.
Type:
Grant
Filed:
August 17, 2006
Date of Patent:
August 3, 2010
Assignee:
jasper wireless, inc.
Inventors:
Jahangir Mohammed, Daniel G. Collins, Amit Gupta
Abstract: A system for and method of cellular telephone system monitoring includes a cellular switch which is remotely accessed and placed in a call monitor mode. A GPS receiver is connected to a mobile telephone via an interface unit. Call performance information (e.g., signal strength, BER and call events) are recorded at the switch and downloaded to a remote computer that includes a display. GPS location information is transmitted by the mobile telephone and received by the remote computer via the switch. The computer receives and stores the recorded call and GPS information and graphically displays this information, along with a map indicating the location of the mobile telephone. Preferably, the call information is first parsed, converted and/or scaled to conform to a standard file format.
Abstract: A system, method and apparatus to reduce or eliminate interference in a first network in the event that a failure that occurs in a second network. The method, system and apparatus provide an added level of first network interference protection in a second network environment by removing certain frequencies/channels of the first network from being utilized by the second network. In one embodiment, for example, the frequencies/channels identified by a scanner associated with the second network during the scanning process that are allocated to the first network are removed from the pool of available frequencies/channels that can be utilized by the second network, and such frequencies/channels are stored in a table.
Abstract: A system for preventing interference to a first network by a second network where the first network includes a first cell and one or more cells neighboring the first cell. The system includes a scanner for scanning the first network for identifying information associated with a neighboring cell. The network switching device associated with the first network is in communication with the scanner and receives information including a frequency allocated to the neighboring cell and transmits the information to the scanner. The system further includes a controller in communication with the scanner and a memory device coupled to the controller. The memory device includes a table having frequencies allocated for use by the any one of the neighboring cells and the controller retrieves the allocated frequencies stored in the table and bars the allocated frequencies from being used by the second network.
Abstract: A system for and method of cellular telephone system monitoring includes a cellular switch which is remotely accessed and placed in a call monitor mode. A GPS receiver is connected to a mobile telephone via an interface unit. Call performance information (e.g., signal strength, BER and call events) are recorded at the switch and downloaded to a remote computer that includes a display. GPS location information is transmitted by the mobile telephone and received by the remote computer via the switch. The computer receives and stores the recorded call and GPS information and graphically displays this information, along with a map indicating the location of the mobile telephone. Preferably, the call information is first parsed, converted and/or scaled to conform to a standard file format.