126results about How to "Delay" patented technology

The present invention relates to a transmitting apparatus, a receiving apparatus, a system and a method of performing multi-user transmission to a plurality of other transmission ends (21-24), wherein a request for transmission is broadcast to said plurality of other transmission ends (21-24), and the request is provided with a Medium Access Control MAC frame which includes a list of at least two identifications of receiving ends which are requested to reply to the request.

Methods and systems for enabling client-controlled streaming of segmented content are described. In one example, the client-controlled streaming is on the basis of a manifest file, the manifest file including one or more segment identifiers and one or more associated segment locators, In one example, a method involves: requesting the delivery of at least one segment on the basis of a first segment identifier selected from the manifest file; on the basis of the first requested segment, selecting a second at least one segment identifier from the manifest file, the second segment identifier being associated with an expected future segment request; and pre-resolving a first segment locator associated with the selected second segment identifier for obtaining network information associated with the first segment locator.

The subject invention relates to monoclonal antibodies that have the ability to bolster the function of the GLP-1 receptor and may therefore have utility in the treatment of mammalian metabolic disorders such as, for example, diabetes. In particular, the invention describes the generation of fully human monoclonal antibodies made against extracellular domains of the human GLP-1 receptor which are capable of binding the intact receptor and activating it in a manner similar to the native ligand. Additionally, the invention describes methods used to generate and develop allosteric modulator antibodies of the human GLP-1 receptor with potential therapeutic uses.

A joint support and subchondral support system for providing structural and dampening support to damaged subchondral bone in generalized or discrete arthritis includes a contoured, porous plate having a variable shaped inner surface, outer surface, and peripheral surface of variable thickness extending between the inner surface and the outer surface, suitable for insertion within the subchondral bone. The inner surface, outer surface and peripheral surface each have a concave portion and a convex portion. A guide pin hole or slot is located within the contoured, porous plate to aid in insertion and placement of the plate over at least one corresponding guide pin within the subchondral bone. The joint support and subchondral support system of the present invention is applicable to many parts of the joint as any area with cartilage disease has an adjoining subchondral component.

The invention describes biomarkers which can be used to predict the likelihood that an individual will develop Diabetes. The biomarkers can also be used to screen large groups in order to identify individuals at risk of developing Diabetes.

The present invention relates to binding agents for WISE, and includes for their manufacture and use.

This invention relates to cognitive radio based wireless communications of dynamic spectrum access networks, and in particular to a method of addressing zero-delay frequency switching for cognitive dynamic frequency hopping. The method combines regular (periodic) channel maintenance with dynamic frequency hopping over a cluster of vacated channels that are initially setup such that the switching delays for channel setup and channel availability check are eliminated.

The invention discloses a method, a receiver and a wireless terminal for measuring an impulse response e.g. in a (W)CDMA terminal having at least two receiving antenna branches with diversity reception. In the method one antenna branch is selected, e.g. by choosing the antenna with a good signal to interference ratio. An impulse response is measured for the selected antenna branch (full IRM) with a searcher. The delays of the propagation paths of the radio channel are estimated by selecting the delay values, whose correlation value exceed a threshold value. The impulse response measurement for the other antenna branch is performed only on the selected delay values (reduced IRM) with the searcher. The finger allocation for the selected antenna branch can be done immediately after the full IRM and for the other antenna immediately after the reduced IRM. The finger allocation for all branches can alternatively take place after the reduced IRM, simultaneously. The invention may be implemented in at least one of a programmable device, dedicated hardware, programmable logic and any other processing device.

The present invention provides a means for managing title keys by establishing logical partitions of title keys encrypted with the same binding information. The invention supports delayed and background processing of title keys when binding information changes. This invention supports proper accounting for devices required to recover rebinding processing when devices fail or go offline unexpectedly during processing. The invention uses binding context which represents a set of data that can be used to determine if the binding information used to encrypt a set of title keys is outdated and allow for rebinding to the current cluster binding information level.

There is provided a system for generating configuration data for implementing a circuit design in a segmented reconfigurable device. A placement and routing design aiding system (30) includes a database (31) for storing hardware information (89) including data of PEs included in each segment and data of a first-level and second-level routing matrix and an apparatus (33) for mapping the circuit design onto the PEs. The mapping apparatus (33) generates mappings of the circuit design onto the PEs by carrying out an iterative algorithm that minimizes a cost function based on the hardware information (89). The cost function includes an item that minimizes usage of the second-level routing matrix (22) that connects between the segments.

A system and method for self-diagnosing a likely cause of a system crash is disclosed. A mechanism within an operating system checks for the existence of a stop code at startup of the machine. The existence of the stop code indicates that the system crashed during the previous session, and the type of system crash. The mechanism may read the stop code and implement a self-diagnostic procedure that corresponds to that stop code. In this manner, the mechanism may automate many of the tasks normally performed by humans, such as a system administrator, to self-diagnose the likely cause of the crash. If the crash occurs again, the mechanism, through the tracking procedures automatically implemented, may identify and report to a system administrator the likely cause of the crash, e.g. the particular faulty driver or configuration error.

A computer system is structured, including a plurality of computers sharing a storage apparatus. The computers each include a control section for determining an access priority based on an attribute of a client computer forwarding an access request. In the control section, the result derived by adding up the priorities is compared with the total value of the priorities calculated by other computers for assignment of an input/output bandwidth. In accordance with the priority assignment, access execution is performed in order of priority. With such a structure, access congestions can be favorably avoided through efficient bandwidth control, and bandwidth assignment can be performed on a server basis in accordance with processes executed by the client computers.

A mechanism for optimizing an establishment of a communication connection between a mobile node and a correspondent node in a packet based communication network using, for example, IP is proposed. After starting an application level communication connection setup, for example SIP based, between the mobile node and the correspondent node via a communication subsystem infrastructure, for example the IM subsystem infrastructure, a trigger signal comprising the address of the correspondent node is transmitted from the SIP layer to the IP layer in the mobile node via an interface. In response to the trigger signal, an IP level route optimization procedure is performed while the application level communication connection setup proceeds.

An improved streaming of a Virtual Reality [VR] video to a VR rendering device is provided. The VR video may be represented by a plurality of streams each associated with a different view of a scene. A view of the scene may be determined which is to be rendered by the VR rendering device. A subset of streams may be identified which is needed to render the view of the scene. The streaming of the subset of streams to the VR rendering device may be effected by streaming the plurality of streams from a stream source to a forwarding node downstream of the stream sources and upstream of the VR rendering device, and selectively forwarding the subset of streams from the forwarding node to the VR rendering device in response to the view having to be rendered by the VR rendering device. As such, the switching latency between streams may be reduced. Namely, streams which are not needed for rendering a current view, but which may be needed for rendering a next view, may be continuously made available at network nodes nearby the VR rendering device.

There is provided a controller for a converter and a respective method of operating such a controller. The converter receives an input power and provides an output power by a switching operation wherein in an embodiment the output power has at least two phases. The controller includes an input for receiving a feedback signal depending on the output power of the converter, and an output for providing a control signal to the converter to thereby control the switching operation of the converter. The control signal corresponds to a switching pattern that is updated in response to the feedback signal. The control signal includes a harmonic compensation signal which reduces higher harmonics in the output power, the higher harmonics originating from a time delay between taking the feedback signal and the updating of the switching pattern.

Embodiments disclosed herein include vector processing carry-save accumulators employing redundant carry-save format to reduce carry propagation. The multi-mode vector processing carry-save accumulators employing redundant carry-save format can be provided in a vector processing engine (VPE) to perform vector accumulation operations. Related vector processors, systems, and methods are also disclosed. The accumulator blocks are configured as carry-save accumulator structures. The accumulator blocks are configured to accumulate in redundant carry-save format so that carrys and saves are accumulated and saved without the need to provide a carry propagation path and a carry propagation add operation during each step of accumulation. A carry propagate adder is only required to propagate the accumulated carry once at the end of the accumulation. In this manner, power consumption and gate delay associated with performing a carry propagation add operation during each step of accumulation in the accumulator blocks is reduced or eliminated.

A memory system for use with a master-slave type bus such as an AHB bus has a memory, a bus interface to allow memory access from the bus, and a direct memory access interface to allow memory access from a DMA controller without occupying the bus. The system can reduce occupancy of the bus, it can allow dedicated DMA access protocols faster than the bus protocol to be used, and can remove or reduce the need for bus arbitration and associated circuitry and delays. An arbiter can arbitrate between the memory accesses and give priority to DMA accesses.