Abstract:
THE PRESENT INVENTION PROVIDES WIRELESS DEVICE (100) FOR INSTALLING A FIRMWARE, THE WIRELESS DEVICE (100) INCLUDES A FIRMWARE INSTALLATION MODULE (120) ADAPTED FOR HANDING FIRMWARE INSTALLATION ON THE DEVICE AND REBOOTING THE WIRELESS DEVICE (100) AFTER THE FIRMWARE INSTALLATION; A MAINTENANCE MODULE (180) ADAPTED FOR PERFORMING A MAINTENANCE CHECK ON A NEW FIRMWARE INSTALLED ON THE DEVICE FOR ERRORS THAT COULD RENDER THE WIRELESS DEVICE (100) INOPERABLE, DISPLAYING ERROR LOGS OF DETECTED ERRORS, WHEREIN THE MAINTENANCE MODULE (180) IS OPERABLE TO CREATE AND CONFIGURE AN OPERATIONAL INTERFACE (160) ON THE WIRELESS DEVICE (100) THAT IS REQUIRED FOR NORMAL OPERATION, AND RESUMING THE NORMAL OPERATIONS ON THE WIRELESS DEVICE (100) WITH THE OPERATIONAL INTERFACE (160) CREATED WHEN THE ERRORS ARE DETECTED. A METHOD OF PROVIDING FIRMWARE INSTALLATION IS ALSO PROVIDED.
Abstract:
The present invention discloses a system (1) and method (2) for accessing a network that is capable of controlling and securing user access into the network. The system (1) and method (2) discloses that the user (11) provides secured information to the server (12) in a message in order for the server (12) to identify and decrypt the secured information based on the access information and thereafter provides access into the network to the user (11) when the secured information is decrypted.
Abstract:
THE PRESENT INVENTION RELATES TO A COMMUNICATION SYSTEM THAT PRODUCES SCENT FOR CALLER IDENTIFICATION. THE SYSTEM COMPRISES OF A MOBILE DEVICE (100) AND A SERVER (200). THE MOBILE DEVICE (100) INCLUDES AN INTERFACE COMPONENT (110), A SCENT CONTROL COMPONENT (120), A SCENT DISPENSER (130), A USER INTERFACE COMPONENT (140), AND A MEMORY (150). THE SERVER (200) INCLUDES A SCENT QUANTIFIER (210) AND A SCENT MIXTURE FORMULA STORAGE (220). THE SYSTEM ALLOWS SCENT NOTIFICATION AS CALLER IDENTIFICATION FOR AN INCOMING CALL RECEIVED BY THE MOBILE DEVICE (100). MOREOVER, THE SYSTEM IS ABLE TO ASSOCIATE DIFFERENT SCENT WITH DIFFERENT PHONE NUMBERS STORED IN THE MOBILE DEVICE (100). FIG. 1
Abstract:
The present invention relates to a system and method for distributing and transmitting content over a number of wireless nodes (220) in a wireless mesh network. The system distributes the content based on profiles of the wireless nodes (220) which include mobility of the wireless nodes (220), link cost calculation between the wireless nodes (220), capacity of the wireless nodes (220), and frequency of keywords or content searched. The system comprises of at least one content server (100) connected to a wireless mesh network, wherein the wireless mesh network includes a gateway (210), a plurality of wireless nodes (220), and at least one user device (230). (Figure 5)
Abstract:
The present invention relates to a method for upgrading firmware in a wireless mesh network. The method is characterised by the steps of preparing mesh topology for firmware upgrade root node; identifying the best firmware upgrade root node; and upgrading firmware based on the mesh topology prepared. FIG. 1
Abstract:
The present invention relates to a system and method for distributing and transmitting content over a number of wireless nodes (220) in a wireless mesh network. The system distributes the content based on profiles of the wireless nodes (220) which include mobility of the wireless nodes (220), link cost calculation between the wireless nodes (220), capacity of the wireless nodes (220), and frequency of keywords or content searched. The system comprises of at least one content server (100) connected to a wireless mesh network, wherein the wireless mesh network includes a gateway (210), a plurality of wireless nodes (220), and at least one user device (230).