Abstract: Methods and systems for peer-to-peer communication are provided. In one example, a first device may receive, from a server, a pairing code and a first handshake code. The first device may transmit at least a first portion of the pairing code in a first broadcast message and receive, from the second device, a second broadcast message. The first device may authenticate the second device based on at least a second portion of the pairing code in the second broadcast message. The first device may establish a wireless peer-to-peer communication channel with the second device, and receive, from the second device, a second handshake code via the wireless peer-to-peer communication channel. The first device may authorize the second party to engage in an offline interaction with the first party based on the first handshake code and the second handshake code.

Abstract: Methods and systems for peer-to-peer communication are provided. In one example, a first device may receive, from a server, a pairing code and a first handshake code. The first device may transmit at least a first portion of the pairing code in a first broadcast message and receive, from the second device, a second broadcast message. The first device may authenticate the second device based on at least a second portion of the pairing code in the second broadcast message. The first device may establish a wireless peer-to-peer communication channel with the second device, and receive, from the second device, a second handshake code via the wireless peer-to-peer communication channel. The first device may authorize the second party to engage in an offline interaction with the first party based on the first handshake code and the second handshake code.

Abstract: A seat actuation control system includes at least one seat having a plurality of seat devices and a plurality of control modules interconnected over a communication bus. Each module is associated with a corresponding seat control device and is configured to control its corresponding seat device. Each module includes a processor and a memory coupled to the processor and storing program instructions therein which include receiving a status packet from each of the other control modules over the communication bus, processing the status packet for updating the overall system status, and actuating the seat device based on the overall system status. The program instructions further include determining status of the corresponding seat device, generating a status packet including the status information, and broadcasting the status packet to the other modules over the communication bus.

Abstract: A seat actuation control system includes at least one seat having a plurality of seat devices and a plurality of control modules interconnected over a communication bus. Each module is associated with a corresponding seat control device and is configured to control its corresponding seat device. Each module includes a processor and a memory coupled to the processor and storing program instructions therein which include receiving a status packet from each of the other control modules over the communication bus, processing the status packet for updating the overall system status, and actuating the seat device based on the overall system status. The program instructions further include determining status of the corresponding seat device, generating a status packet including the status information, and broadcasting the status packet to the other modules over the communication bus.

Abstract: A seat actuation control system includes at least one seat having a plurality of seat devices and a plurality of control modules interconnected over a communication bus. Each module is associated with a corresponding seat control device and is configured to control its corresponding seat device. Each module includes a processor and a memory coupled to the processor and storing program instructions therein which include receiving a status packet from each of the other control modules over the communication bus, processing the status packet for updating the overall system status, and actuating the seat device based on the overall system status. The program instructions further include determining status of the corresponding seat device, generating a status packet including the status information, and broadcasting the status packet to the other modules over the communication bus.

Abstract: A seat actuation control system includes at least one seat having a plurality of seat devices and a plurality of control modules interconnected over a communication bus. Each module is associated with a corresponding seat control device and is configured to control its corresponding seat device. Each module includes a processor and a memory coupled to the processor and storing program instructions therein which include receiving a status packet from each of the other control modules over the communication bus, processing the status packet for updating the overall system status, and actuating the seat device based on the overall system status. The program instructions further include determining status of the corresponding seat device, generating a status packet including the status information, and broadcasting the status packet to the other modules over the communication bus.

Abstract: A seat actuation control system includes at least one seat having a plurality of seat devices and a plurality of control modules interconnected over a communication bus. Each module is associated with a corresponding seat control device and is configured to control its corresponding seat device. Each module includes a processor and a memory coupled to the processor and storing program instructions therein which include receiving a status packet from each of the other control modules over the communication bus, processing the status packet for updating the overall system status, and actuating the seat device based on the overall system status. The program instructions further include determining status of the corresponding seat device, generating a status packet including the status information, and broadcasting the status packet to the other modules over the communication bus.

Abstract: In some embodiment, apparatus [200] and systems [264], as well as methods, may operate to remotely control a well-site logging system, direct activities of well-site logging personnel, and provide electronic audio, visual, and data communication to enable communication between a remote entity [229] and the well-site logging personnel [217] using a global computer network [225]. Remote control of the well-site logging system by either the well-site logging personnel or the remote entity may also be enabled.

Abstract: A solderable CCM (Compact Camera Module) includes a PCB (Printed Circuit Board) with solder balls disposed on a bottom face thereof, a sensor chip mounted on a top face of the PCB, a holder mounted on the top face of the PCB and above the sensor chip, and a protecting cup assembled on the holder to protect the sensor chip from dust. Because the CCM has the solderable solder balls, the CCM can be automatically mounted on a circuit board by a SMT procedure. Thus, the extra cables or connectors can be saved, and the trend of the thinned and minimized portable mobile device can be satisfied.