Future Wei Technologies, Inc.

Genband US LLC

Santera Systems, Inc.

Yong Tai Chen

Mazin Ali Al-Shalash

Xiaobing Lee

Yong He

Michael Young

Ting Li

Yansong Wang

Edward K Ansong

Ken H Le

Jack C Ger

Kodandaraman S Ayyar

System and method for a unified memory and network controller for an all-flash array (AFA) storage blade in a distributed flash storage clusters over a fabric network. The unified memory and network controller has 3-way control functions including unified memory buses to cache memories and DDR4-AFA controllers, a dual-port PCIE interconnection to two host processors of gateway clusters, and four switch fabric ports for interconnections with peer controllers (e.g., AFA blades and/or chassis) in the distributed flash storage network. The AFA storage blade includes dynamic random-access memory (DRAM) and magnetoresistive random-access memory (MRAM) configured as data read/write cache buffers, and flash memory DIMM devices as primary storage. Remote data memory access (RDMA) for clients via the data caching buffers is enabled and controlled by the host processor interconnection(s), the switch fabric ports, and a unified memory bus from the unified controller to the data buffer and the flash SSDs.

RDMA-SSD dual-port unified memory and network controller

Systems, methods, and computer readable media for loose coupling media resource function controllers (MRFCs) and media resource function processors (MRFPs) are disclosed. According to one aspect, the subject matter described herein includes a method for loose coupling MRFCs and MRFPs. The method includes providing one or more MRFPs having media processing resources simultaneously usable by a plurality of MRFCs, and at one of the MRFPs, allowing a plurality of MRFCs to simultaneously use the media processing resources of the MRFP.

Systems, methods, and computer readable media for loose coupling of multimedia resource function controllers and multimedia resource function processors

A system, comprising various methods and apparatus, for Reverse Link Admission Control (RLAC) with QoS differentiation in wireless communication systems is disclosed. With the present invention, wireless systems may admit new calls or transmission flows based upon sector loading conditions QoS requirements or characteristics of an incoming transmission&#x2014;providing optimal system performance and stability while addressing QoS needs.

System for QOS aware reverse link admission control in wireless communication systems

A wireless communication system and method is disclosed. The system and method includes at least one base station controller setting resource allocation priority and producing a carrier loading information request in response to a request made by a mobile unit; a plurality of base stations coupled to at least one base station controller, each of the plurality of base stations operates on a plurality of carriers, at least one candidate base station transceiver of the plurality of base stations receiving the carrier loading information request, determining its carrier loading information, and responding with a carrier loading information response; and the at least one base station controller operating to assign the mobile unit to at least one candidate carrier within the one responding candidate base station of the plurality of base stations based upon both set resource allocation priority and received carrier loading information.

Priority and load combination based carrier assignment in a multi-carrier wireless communication system

A method, system, and computer-readable medium for emulating a converged network are provided. A media gateway receives a call at a first interface of a first network type. The call is processed for distribution on a second network type. The processed call is transmitted to a second interface of a second network type. A service module of the media gateway receives the processed call.

Growing community of inventors

Plano, TX, United States of America

Yong Tai Chen