Abstract:
THE PRESENT INVENTION PROVIDES A METHOD FOR PROVIDING A DIRECT COMMUNICATION BETWEEN A 6LOWPAN COMMUNICATOR AND 6LOWPAN SENSOR NODES. THE METHOD INCLUDES DATA REQUESTING AND FORWARDING ALGORITHMS IN 6LOWPAN WHICH SEND PACKETS FROM A SENSOR NODE DIRECTLY TO THE 6LOWPAN COMMUNICATOR IN A SINGLE HOP WITHOUT USING ROUTING MECHANISM.
Abstract:
A SYSTEM (10) FOR POWER MANAGEMENT WITH OPTIMIZED CONNECTIVITY IN HANDOFF OF MOBILE DEVICE (11) BETWEEN HETEROGENEOUS NETWORK (12, 13, 14) SAID MOBILE DEVICE (11) COMPRISING A POWER MANAGEMENT MODULE WHICH OBTAINS POWER STATE INFORMATION OF SAID MOBILE DEVICE (11), AND A NETWORK INTERFACE MANAGEMENT MODULE WHICH INCLUDES A PRIORITIZED SET OF NETWORK INTERFACES (12, 13, 14) TO ENABLE SAID MOBILE DEVICE (11) TO SELECT FOR OPTIMUM QUALITY OF CONNECTION ACCORDING TO THE POWER STATE OF SAID MOBILE DEVICE (11).
Abstract:
A system (10) for power management with optimized connectivity in handoff of mobile device (11) between heterogeneous network (12, 13, 14) said mobile device (11) comprising a power management module which obtains power state information of said mobile device (11), and a network interface management module which includes a prioritized set of network interfaces (12, 13, 14) to enable said mobile device (11) to select for optimum quality of connection according to the power state of said mobile device (11).
Abstract:
A method for secure direct communication between a communicator and a sensor node is disclosed. The method (100) comprises sending a request packet from the communicator to the sensor node (102), processing the request packet in the sensor node (104), sending a corresponding data packet from the sensor node to the communicator (106) and processing the corresponding data packet in the communicator (108).