Optical Interconnection technology has been extensively studied by researchers. Most of
these researches mainly focus on the design and optimization of optical devices and system …

In this paper proposed a model for optical networks based on Network Calculus. All optical
devices, such as drivers, modulators, multiplexers, waveguides, switches, detectors …

In this paper proposed a model for optical interconnection networks based onNetwork
Calculus. All optical devices, such as drivers, modulators, multiplexers, waveguides …

With the improving performance of microprocessors, their bandwidth and latency
requirements have increased at a rate much faster than the network's ability to provide them …

We propose an approximation method for performance analysis of large-scale optical WDM
networks (comprising multiple interconnected optical WDM networks) that offer multiclass …

Modern high performance computers connect hundreds of thousands of endpoints and
employ thousands of switches. This allows for a great deal of freedom in the design of the …

Optical networks have recently been proposed for chip-scale communication on high
performance manycore chips by leveraging their notable advantages in bandwidth and …

Most of the present optical interconnect networks within the high performance computers
require either the buffering and opto-electonic conversion of the data packets or the pre …

Analytical modeling techniques can be used to study the performance of optical multistage
interconnection network (OMIN) effectively. MINs have assumed importance in recent times …

Network calculus theory uses arrival curve and service curve to calculate deterministic
bounds of performance parameters. These two notions are defined by min-plus convolution …