An all-Optical Method of Conducting Some Logic Operations by Interaction of Two Modulated Gaussion Pulses

Kuila, Puspendu; Sinha, Abhijit; Mukhopadhyay, Sourangshu

doi:10.1007/bf03354810

Cited by 3 publications

(3 citation statements)

References 12 publications

Supporting

Mentioning

Contrasting

Order By: Relevance

“…Also we suggest the utilization of OSP in the field of remote controlled logic world where all the signals are controlled from a very long distant point [2][3][4]6]. For these purpose, the electro-optic behavior of the electro-optic crystal and the non-linear character of the fiber material are exploited actively.…”

Section: Introductionmentioning

confidence: 99%

An alternative approach to realize all-optical soliton based encoder

Kuila

Mukhopadhyay

2011

J Opt

Self Cite

View full text Add to dashboard Cite

Here we propose an analytical method to conduct an all-optical soliton based encoding operation, which can be operated at a very long distance without any power loss. For this purpose, externally triggered (longitudinally) electro-optic-modulators (EOM) and non-linear optical fiber are used and all the modulators are set in phase modulation mode. Main advantage of this proposed technique is that the process is all optical soliton based. To transfer the system from conventional optical to a soliton based one, the amplitude and the frequency of the externally applied sinusoidal electric field applied to the modulators should be chosen properly.

show abstract

Section: Introductionmentioning

confidence: 99%

An alternative approach to realize all-optical soliton based encoder

Kuila

Mukhopadhyay

2011

J Opt

Self Cite

View full text Add to dashboard Cite

show abstract

“…Owing to this replacement, high speed communication will be achieved as well as many other operational activities, including three dimensional image and data processing, neural networking, real time operations, memory storage capacity of the computer, data carrying capacity, computer computer interaction and interfacing, channel base and channel free operation, local to wide area networking etc. will be implemented very successfully [1,2,6,7,9,[10][11][12][13][14] . In information communication systems, the optical soliton pulses is are better accepted than ordinary optical pulses as the optical soliton pulses offers some special and very crucial advantages over ordinary optical pulses.…”

mentioning

confidence: 99%

“…In information communication systems, the optical soliton pulses is are better accepted than ordinary optical pulses as the optical soliton pulses offers some special and very crucial advantages over ordinary optical pulses. Due to high potentiality of optical solitons, they can be used for very long distance communication systems without using any repeaters as general optical pulses are attenuated for long distance without any repeaters [3][4][5]8,15] . Nowadays optical solitons find extensive versatile applications in many fields such as the all-optical communication link, optical pulse compression, optical soliton switches, and soliton laser, etc.…”

mentioning

confidence: 99%

An all-optical remote controlled X-Nor logic using soliton pulse

Kuila¹,

Sinha²,

Mukhopadhyay

2008

Optoelectron. Lett.

Self Cite

View full text Add to dashboard Cite

We propose a new method to perform an ultra high speed all optical remote controlled X-NOR logic operation at a very long distance by exploiting the interaction of hypersecant optical soliton pulses (HOSP). To implement such logic operation, three HOSPs maintaining a particular condition are introduced into an optical fiber where they interact with each other.Two of them carry the input of the logic operation with the constant triggering of other HOSP.Many scientists around the world are very much actively involved in the research of photonic communication. They believe that if the electronic signal can be replaced successfully in communication systems by photons, the horizon of the world of communication will be greatly extended. Owing to this replacement, high speed communication will be achieved as well as many other operational activities, including three dimensional image and data processing, neural networking, real time operations, memory storage capacity of the computer, data carrying capacity, computer computer interaction and interfacing, channel base and channel free operation, local to wide area networking etc. will be implemented very successfully [1,2,6,7,9,[10][11][12][13][14] . In information communication systems, the optical soliton pulses is are better accepted than ordinary optical pulses as the optical soliton pulses offers some special and very crucial advantages over ordinary optical pulses. Due to high potentiality of optical solitons, they can be used for very long distance communication systems without using any repeaters as general optical pulses are attenuated for long distance without any repeaters [3][4][5]8,15] . Nowadays optical solitons find extensive versatile applications in many fields such as the all-optical communication link, optical pulse compression, optical soliton switches, and soliton laser, etc. Therefore, scientists are very much interested in optical soliton pulses and their propagation behaviour inside the optical fiber.In this letter, we propose the implementation of an alloptical two input X-NOR logic operation based on hypersecant optical soliton pulses (HOSPs). Here three HOSPs are used with a special maintaining condition. The interaction behaviors of the soliton pulses inside the fiber material are actively used for this purpose. Two of them carry the inputs of the logic and the other one is used as the constant triggering signal. Other logic operations, e.g. different flip-flops operations, etc, could be implemented by using the interaction technique between the HOSPs. Optical soliton based all optical operations represent such type of all optical devices capable of operating at least thousand times faster than the most advanced electronic devices.An optical pulse propagating through a non-linear attenuation medium can be characterized by the following equation:where f (z,t) represents the pulse envelope, and V g represents the group velocity of the pulse.where n 0 is the refractive index of the medium at weak fields, and n 2 is the non-linear correction term ...

show abstract