Abstract: A method and associated system for updating recorded multimedia data. An interactive request pertaining to a portion of recorded multimedia data is received. A response to the received request is received. A determination is made of a location, within the recorded multimedia data where the portion (of the recorded multimedia data to which the request pertains) is located. The interactive request and a feedback are combined into a combination. The combination of the interactive request and the feedback, or a link pointing to the combination stored external to the recorded multimedia data, is added to the recorded multimedia data at the location of the portion.

Abstract: A method and associated system for updating recorded multimedia data. An interactive request pertaining to a portion of recorded multimedia data is received. A response to the received request is received. A determination is made of a location, within the recorded multimedia data where the portion (of the recorded multimedia data to which the request pertains) is located. The interactive request and the feedback are combined into a combination. The combination of the interactive request and the feedback, or a link pointing to the combination stored external to the recorded multimedia data, is added to the recorded multimedia data at the location of the portion.

Abstract: 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.

Abstract: As a solution to the type of problems noted above, this disclosure provides novel methods and systems that include dual-port solid-state drive (SSD) DIMM devices to provide primary storage capabilities with very low latency and better availability of DDR4 devices. The dual-port DDR4-SSD flash memory devices guarantee primary storage devices still accessible with one CPU or network failure. The novel DDR4 memory bus devices may be used not only for memory media and storage device buffers, but also to allow two CPUs to share data stored in flash SSD chips and to greatly improve DDR4 bus efficiency and bus utilizations by block accesses and eliminate PCIE-DMA data transfers. Through the features of the claimed subject matter described herein, dual-port DDR4-DIMM memory devices can be achieved that provide an All-Flash-Array storage system with substantially higher reliability, availability, and performance over conventional SATA/SAS-SSD, PCIE-SSD, and NVME-SSD solutions.