Future Wei Technologies, Inc.

Pengwei Wang

Guangyu Shi

Guoqiang Wang

Haiyong Xie

Fengjun Lv

Liang Zhou

Fengqing Zhu

Xiangyang Xu

Ravishankar Ravindran

Liufei Wen

Jianyun Zhu

A method of receiving control instructions for a device, comprising receiving two or more video frames, analyzing the video frames for at least one foreground image and at least one background image, evaluating each video frame for a two dimensional aspect comprising a first area having a relatively higher channel intensity value in one or more channels than the channel intensity values of a second area, recording coordinates associated with the aspect in each of the video frames, evaluating the coordinates to determine a motion trajectory, and matching the motion trajectory to a prerecorded motion trajectory in a matching table, wherein the matching table contains associations of motion trajectories and control instructions, and obtaining the control instruction associated with the prerecorded motion trajectory.

Laser beam based gesture control interface for mobile devices

An object tracking device includes a camera with a field of view oriented in a first direction and a mirror with a field of reflection oriented in a second direction. When an object is in a first region in the field of view of the electronic camera, the camera has a direct view of the object and a reflected view of the object from the mirror. A processor coupled with the camera is configured to receive a first image data set and a second image data set from the camera. The first image data set and the second image data set each include the direct view of the object and the reflected view of the object from the mirror.

Accurate 3D finger tracking with a single camera

An apparatus comprises a processor configured to: process, automatically and in real time, segmentation of a video object from a portion of a video, wherein the video object is a foreground of the video, and wherein a remaining portion of the video is a background of the video; and remove the background.

Augmented video calls on mobile devices

An apparatus comprising a traffic engineering (TE) and server selection (SS) component configured to couple to an SS component and operate at a first time scale based on SS policies from the SS component, wherein the SS is configured to operate at a second timescale based on TE policies from the TE and SS component, and wherein the second timescale has a finer time granularity than the first time scale by at least one order of magnitude. Also disclosed is a network component comprising a receiver configured to receive one or more SS policies from a content provider or customer node, a logic circuit configured to compute a plurality of joint TE and SS policies for a plurality of network nodes based on the received SS policies, and a transmitter configured to send the joint TE and SS components to the content provider or customer node.

Traffic engineering and server selection for content distribution

An apparatus comprising a first content oriented network architecture (CONA) node configured to couple to at least one second CONA nodes and implement collaborative caching in accordance with criteria comprising at least one content caching objective and at least one network operational objective, wherein the content caching objectives are in accordance with the network operational objectives. Also disclosed is a network component comprising a caching policy engine configured to receive network policy information and compute a caching policy in accordance with the network policy information, an inter-cache data transfer component coupled to the caching policy engine and configured to fetch a plurality of content object portions in accordance with the caching policy, a storage engine coupled to the inter-cache data transfer component and configured to cache the content object portions, and an eviction algorithm component coupled to the storage engine and configured to determine which, if any, of the cached content object portions are to be evicted.

Growing community of inventors

San Jose, CA, United States of America

Pengwei Wang