Mbit Wireless, Inc.

Prakash Neelakandan Malliga

Sivakumar Govindassamy

Kalyankumar Reddy

Ilavarasan Kuppan

Pravinkumar Muralidaran

Nithilane Loganadane

Siva Munirathinam

Proximity sensors are used in many user devices to detect a user's proximity to it. The proximity detection may be used to control the transmit power of a user device to ensure that the transmit power is in the allowed power range. There are other uses of proximity detection. A proximity sensor, like many other electronic devices, needs power supply for its normal operation. Many user devices are battery operated and therefore reducing power consumption of a user device is essential. A method and apparatus are disclosed that may enable reduced power consumption for a proximity sensor. The disclosed method may be applied to any user device that employs a proximity sensor.

Method and apparatus for proximity sensor control

To provide increased security in Wi-Fi enabled client devices, Media Access Control (MAC) address of a client device may have to be entered manually in a hotspot device which may increase complexity. A method and apparatus are disclosed in which a first client device, referred as Admin client device, may be authenticated by provisioning the MAC address of the client device in a hotspot device. When a new client device is connected with hotspot device, the hotspot device may send MAC address of the new client device to Admin client device. The Admin client device may prompt the device authentication request with MAC address of a new client device. If the user authenticates the request, MAC address of the new client device may be authenticated and internet access may be provided to the new client device. With this method, connection establishment of new client devices is simplified with increased security.

Method and apparatus for simplified and secured hotspot device connectivity

The conventional debugger tool used to debug the Embedded System is limited to JTAG as the standard physical interface and also to specific processor. The commercial debuggers are limited to specific Operating System of the Host machine where the symbol information is being viewed. The Dynamic and Global In-system debugger provides the replacement for the typical debugger still providing the symbol information details in the Embedded System. The debugger is OS agnostic, interface agnostic, processor agnostic and compiler agnostic with optimized algorithm in the extraction of Global symbols from the Executable Binary. The Executable Binary may be encrypted to keep it more secured and Global and In-system debugger decodes the same.

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Chennai, India

Prakash Neelakandan Malliga