Abstract: A multiple proximity sensors based electronic device is disclosed. The electronic device includes a plurality of proximity sensors, which are configured to iteratively capture at least one proximity parameter at predefined time intervals. A processor within the electronic device determines a value of the at least one proximity parameter and compares the value with a predefined threshold value. The processor then identifies at least one proximity sensor from the plurality of proximity sensors based on the comparing and determines relative coordinates of each of the at least one proximity sensor with respect to the display. The processor then performs a predefined action within the electronic device based on the relative coordinates determined for each of the at least one proximity sensor.

Abstract: A multiple proximity sensors based electronic device is disclosed. The electronic device includes a plurality of proximity sensors, which are configured to iteratively capture at least one proximity parameter at predefined time intervals. A processor within the electronic device determines a value of the at least one proximity parameter and compares the value with a predefined threshold value. The processor then identifies at least one proximity sensor from the plurality of proximity sensors based on the comparing and determines relative coordinates of each of the at least one proximity sensor with respect to the display. The processor then performs a predefined action within the electronic device based on the relative coordinates determined for each of the at least one proximity sensor.

Abstract: A multiple proximity sensors based electronic device is disclosed. The electronic device includes a plurality of proximity sensors, which are configured to iteratively capture at least one proximity parameter at predefined time intervals. A processor within the electronic device analyzes the at least one proximity parameter and determines, for each of the plurality of proximity sensors, a rate of change of the associated at least one proximity parameter in response to the analyzing. The processor further computes a stability factor for the electronic device based on the determined rate of change of the associated at least one proximity parameter for each of the plurality of proximity sensors. The processor further compares the stability factor with a stability threshold and determines a fall probability of the electronic device based on the comparison.

Abstract: A method for switching interface device input between computing devices can begin with connecting a primary computing device to a secondary computing device using a physical connector cable using the appropriate communications port of each computing device. An interface input control program can be configured to establish a unique interface trigger that defines a user-selected series of inputs that switches the primary computing device between a first input state and a second input state. Input from the interface input devices of the primary computing device can be interpreted by a device driver. In the first input state, the input can be directed to the operating system of the primary computing device. In the second input state, the input can be redirected to the secondary computing device via the physical connector cable, which can be recognized as having originated from local interface input devices.

Abstract: A method for switching interface device input between computing devices can begin with connecting a primary computing device to a secondary computing device using a physical connector cable using the appropriate communications port of each computing device. An interface input control program can be configured to establish a unique interface trigger that defines a user-selected series of inputs that switches the primary computing device between a first input state and a second input state. Input from the interface input devices of the primary computing device can be interpreted by a device driver. In the first input state, the input can be directed to the operating system of the primary computing device. In the second input state, the input can be redirected to the secondary computing device via the physical connector cable, which can be recognized as having originated from local interface input devices.

Abstract: A method for switching interface device input between computing devices can begin with connecting a primary computing device to a secondary computing device using a physical connector cable using the appropriate communications port of each computing device. An interface input control program can be configured to establish a unique interface trigger that defines a user-selected series of inputs that switches the primary computing device between a first input state and a second input state. Input from the interface input devices of the primary computing device can be interpreted by a device driver. In the first input state, the input can be directed to the operating system of the primary computing device. In the second input state, the input can be redirected to the secondary computing device via the physical connector cable, which can be recognized as having originated from local interface input devices.

Abstract: A method of distinguishing at least one key of a key array. The method can include, via a processor, detecting initial startup of a processing system. The method further can include, during the initial startup, distinguishing at least a first key of the key array from other keys of the key array, wherein the first key is selectable to access a system startup menu or system function.

Abstract: A method of distinguishing at least one key of a key array. The method can include, via a processor, detecting initial startup of a processing system. The method further can include, during the initial startup, distinguishing at least a first key of the key array from other keys of the key array, wherein the first key is selectable to access a system startup menu or system function.

Abstract: A method for switching interface device input between computing devices can begin with connecting a primary computing device to a secondary computing device using a physical connector cable using the appropriate communications port of each computing device. An interface input control program can be configured to establish a unique interface trigger that defines a user-selected series of inputs that switches the primary computing device between a first input state and a second input state. Input from the interface input devices of the primary computing device can be interpreted by a device driver. In the first input state, the input can be directed to the operating system of the primary computing device. In the second input state, the input can be redirected to the secondary computing device via the physical connector cable, which can be recognized as having originated from local interface input devices.