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).
Abstract:
A system (100) and method to disable factory reset of a plurality of portable electronic devices (102) for the purpose of preventing unauthorized access to the portable electronic devices (102) includes at least one portable electronic device (102), a main processor (104) and associated advanced factory reset module (122) to verify illegal user or usage of device, a stealth module (124) to enable the portable electronic device (102) to operate in stealth mode and a cloud services module (126) to send notification regarding the device (102) to a cloud service. The present invention provides methods to prevent the factory reset of the device (102) using soft reset, hard reset, USB cable and prevents unauthorized shutting down of the portable electronic communication device (102). The cloud service provides a plurality of services including remote monitoring and shutting down of the portable electronic communication devices (102).
Abstract:
The present invention discloses a method (100) for MQTT client based high availability of data transfer within a scenario; comprising at least one MQTT client connected to a server, and is associated with a topic for the scenario; at least one MQTT broker connected to the server, is associated with the topic for the scenario. The method further discloses establishing a connection between the at least one MQTT client to a cluster of MQTT brokers, the cluster of MQTT brokers include a plurality of brokers; directing the cluster of MQTT brokers by the MQTT client via an update module to manage the MQTT broker; monitoring the transmission by the MQTT client via a data sender module to manage the data transmission; and defining a set the rules for carrying out load balancing by the MQTT client via an application defined load balance engine. A system is also disclosed herein.
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).