Abstract: The present disclosure provides a system and a method to facilitate concurrent communication between a user device and a plurality of participating entities. The system may include a network device, which may be associated with a service provider that provides a network service to the user device. The network device may be communicably operational with an external server, where the external server may enable to perform authentication of the user device. The network device may receive input information from the user device, based on which the network device may enable establishing the concurrent communication with the plurality of participating entities. The concurrent communication thus established may not require to sequentially add the participating entities as otherwise required in conventional applications. This may reduce conference establishing time considerably and may also enable to optimize the effective usage of communication time.

Abstract: The present disclosure provides a system and a method to manage volume of communication requests in a network. The system may include a network device that may be communicably operational with an Internet Protocol Multimedia Subsystem (IMS) server and a centralized data layer (CDL) server. The network device may receive a communication request from a user device through the IMS server. The network device may transmit the communication request and a set of information to the CDL server. The CDL server may assess allowance of the communication request that originated from the user device. The assessment may check if the number of communication requests in a circle or between circles may have exceeded a pre-defined limit. Based on the assessment, if the pre-defined limit may not be exceeded, then the CDL server may provide an indication of allowance of the communication request received from user device.

Abstract: A semiconductor package includes a first die having a phase locked loop outputting a local clock signal and a strobe signal to a first transmit block of the first die. The strobe signal has a phase offset relative to the local clock signal. A second die is aligned with the first die so each of a first plurality of connection points of the first die is substantially equidistant to a corresponding connection point of a second plurality of connection points of the second die. A plurality of connection paths of a substantially same length couple a connection points of the first plurality of connection points to corresponding connection points of the second plurality of connection points. Different connection paths transmit data signals from the first die to the second die based on the local clock signal and transmit the strobe signal from the first die to the second die.

Abstract: A semiconductor package for skew matching in a die-to-die interface, including: a first die; a second die aligned with the first die such that each connection point of a first plurality of connection points of the first die is substantially equidistant to a corresponding connection point of a second plurality of connection points of the second die; and a plurality of connection paths of a substantially same length, wherein each connection path of the plurality of connection paths couples a respective connection point of the first plurality of connection points to the corresponding connection point of the second plurality of connection points.

Abstract: A clock circuit for clock gating using a cascaded clock gating control signal, including: a first B-latch accepting, as input, a clock gating control signal and enabled by a first clock signal; a second B-latch accepting, as input, an output from the first B-latch and enabled by a second clock signal; and a first logic outputting, based on the first B-latch, a first gated clock signal; and a second logic outputting, based on the second B-latch, a second gated clock signal.

Abstract: A robotic system is controlled. Audiovisual data representing an environment in which at least part of the robotic system is located is received via at least one camera and at least one microphone. The audiovisual data comprises a visual data component representing a visible part of the environment and an audio data component representing an audible part of the environment. A location of a sound source that emits sound that is represented in the audio data component of the audiovisual data is identified based on the audio data component of the audiovisual data. The sound source is outside the visible part of the environment and is not represented in the visual data component of the audiovisual data. Operation of a controllable element located in the environment is controlled based on the identified location of the sound source.

Abstract: The embodiments herein provide a system and method for retrieving and presenting concept centric information in social media network that allows a user to search, read, express, and debate on opinions on a particular concept. The system comprises an input module for receiving an input query, a visualization module for visualizing the retrieved concept centric opinions, a topic mining module for mining a semantically related topics, a tweets tracking module for tracking influential tweets, an interesting comments searching module for searching comments posted by interested users from social media networks, public forums, blogs and other community portals, a posted comments counting module for calculating a total number of posts processed, a comments posting module for allowing users to post comments, a BUZZ words display module for displaying context words, and a new posts display module for displaying new post related to the user input query.

Abstract: Systems and methods for decoding of compressed video enable the storing of compressed video data in a memory shared by a group of symmetric multiple processors. The video includes a plurality of frames and each of the plurality of frames has one or more slices. Such one or more slices are assigned, by a main processor, of the group of symmetric multiple processors to the group of multiple processors. The one or more assigned slices are partially decoded by the one or more of the group of multiple processors and the partially decoded one or more slices are stored in the memory. Subsequently, each of the plurality of frames having at least one partially decoded slice is assigned to one or more of the group of multiple processors. In a successive progression, the group of multiple processors in combination fully decodes each of the plurality of frames.