We have developed a systematic method for optimizing the design of graded multilayers for astronomical hard X-ray/soft gamma-ray telescopes based on the instrument bandpass and field of view.
The IEEE 1901 powerline standard can be deployed using orthogonal frequency division multiplexing (OFDM) since it is robust over impulsive channels.
The maximum output power and operating temperature of mid-infrared quantum cascade lasers (QCLs) is determined to a large extent by the optical and thermal properties of the waveguides.
In this paper three options for very-high bit rate integrated electro-absorption modulated laser (EML) structures are investigated using electromagnetic simulation.
This paper reviews the challenges of transporting IPTV Multicast traffic flow over Metro networks in the NGN deployments and provides some guidelines to optimize the resources used for this traffic
The telecommunications transmission planning problem is a multicommodity, multiperiod flow problem with capacity and side constraints.
An efficient and robust lithography illumination optimization (ILO) approach is developed based on subspace compressive sensing (CS) and an l p -norm reconstruction algorithm.
This paper demonstrates the utilization of 3D electromagnetic field simulations as a versatile tool to optimize the near-field shielding performance of enclosure/gasket configurations.
A general queueing theory model is given that can be used for the optimisation of network configurations with respect to time and cost.
Historically, undersea systems capacity increases were primarily based on maximizing the total throughput per fiber.
