High-Performance, Multi-Queue Devices Increase Ease of Use By Adding More Queuing Flexibility, Higher Storage Density and Support for Quality of Service in Next-Generation Platforms Santa Clara, Calif ...

The future of process automation and control combines the reliability of traditional DCS with the agility of cloud/IT ...

In networking and data-communications systems, data streams constantly move from subsystem to subsystem. To avoid data starvation or data overflow, most systems use large memory queues, multiplexers, ...

This article takes a look at four different options when building a data-flow-control subsystem: use of off-the-shelf specialty memories a custom home-grown solution using an FPGA or ASIC with ...

Devices offer up to 128 queues and 4-Mbit storage density to reduce cost, time to market Able to access data from a single bus and place the data into any of 1 to 128 queues, the 200-MHz IDT72P51xxx ...

AI ‘eats’ data. We all know the garbage-in-garbage-out analogy and we understand why AI intelligence itself is inherently ...

(1) The management of transmission between two devices such as nodes in a network or between the CPU and peripheral devices. It provides notification to the sending device to slow down or speed up ...

In phase 1 model testing, the company built a 25% scale prototype aircraft with 11 movable conventional control surfaces, as well as 14 AFC banks fed by eight individually controllable air supply ...

Urban traffic flow dynamics and control in complex city networks have attracted widespread scholarly attention due to the increasing challenges of congestion management and environmental ...

Magnetohydrodynamic (MHD) flow control represents a promising frontier in mitigating the severe thermal and aerodynamic challenges inherent to hypersonic reentry. By applying magnetic fields to ...