Budge Budge Institute of Technology

About: Budge Budge Institute of Technology is a education organization based out in Baj Baj, India. It is known for research contribution in the topics: Steganography & Plasmon. The organization has 65 authors who have published 121 publications receiving 744 citations. The organization is also known as: BBIT.

Comparative study of Au and Ag nanoparticle to improved in absorption in plasmonic solar cell

Abstract: From last decade, plasmonics gives very much attention and closely relates to the nanophotonic domains that can control of optical fields at the nano dimension level. Its most exciting property is to concentrate the electromagnetic field and also improves field components at nanometer scale, especially in solar cell. In plasmonic region, Noble metals like Au and Ag are best choice as nanoparticle where the density of electron gas that oscillates at Plasmon frequency and also improves absorption by scattering. In this paper, we investigate the effect of nanoparticle size to enhance extinction in terms of absorption and scattering by means of surface Plasmon and also studied finite difference time domain based proposed solar cell model that improves in various simulated surface plasmonic fields components. We also see that both silver and gold nanoparticle significantly improves optical absorption by plasmonic effect.

A mathematical model for secret message passing using Steganography

Abstract: Cyber crime is the biggest shortcoming in this fully connected internetworking world. Third party attacks, phishing by intruder like hackers are always active to leak official, personal or legislative information in the form of a message using this public networks. This is why we call for Steganography where the sneaky message has been hiding the data/information firmly. Steganography is one of the best techniques for putting out of sight for a message surrounded by other media (cover) as if nothing is there. Here a unique number system is introduced and thus gets a number of co-ordinates by means of a new-fangled formula. These are then used in an innovative way to hide the actual message. Before transferring the message cover media is applied with these changed co-ordinates. The predetermined receiver is always concerned with this algorithm. It can be much realized by the scholars as well as researchers to progress towards a pioneering area of research for secret message transfer.

CDroid: Used in Fujitsu Server for Mobile Cloud

Abstract: In today’s era, it is important to save energy as much as for the sake of better financial, environmental, national security and above all the mankind. The Smartphone batteries are huge consumer of energy when using several apps. The proposed system is to develop a CDroid operating system in Fujitsu server for mobile cloud computing as saving energy, enhancing battery life and put aside processor cycles of mobile phone, sharing data / information and faster access. Our CDroid system shares both the server and phone memory as well by using offloading mechanism. The Smartphone transmits the data in binary format by using CDroid device stored in it. CDroid device includes application framework to countenance multitudinous applications. The FSK, FDMA and TDM maneuver to locomotion information. CDMA2000 1xEV-DV promote channelized the information that may include both data and voice. The UMTS, WCDMA, HSDPA, EVDO are some protocols to communicate through mobile tower. A mobile tower is made up of microwave, GSM antennas and radio frequency (RF) cables. They intercommunicate with the base station through MTSO. Bandwidth provided for this kind of radio network around 1200 to 1400 MHz. Wireless spectrum is used the RF between 800 MHz to 2.2 GHz bands. The Smartphone uses 0.6 to 3 watts. The CDroid OS inside fujitsu server in cloud is conveyed by ISP’s as per standards. World’s fastest fujitsu server contains CDroid (a server approach) constituents within cloud accommodates the connection handler (secure), optimizer users traffic, caching and pre-fetching; content compression is also done here. The security issues must encompass various apps, anti-phishing, cookie handler, sensitive information blocker, push notification handler and remote wipers. Mobile advertisement blocker, push notification handler protects users’ privacy. Synchronization handler, remote code executor handles mobiles computations and loading the data backup. As the operating system and information are accumulated onto clouds the power necessitate to process consumed into fujitsu server. This preserves Smartphone battery life, besides this mobile cloud server is quickest among others. It provides the winged response to the user. We had described thoroughly the architecture of newly proposed system. This will be next step towards the changing nature of hybrid cloud unsegregated mobile technology for the future.

An Analytical Investigation On Design And Structural Analysis Of Cam Shaft Using Solid Works And Ansys In Automobiles

Abstract: Objectives: This paper reports an investigation that was carried out for modelling and structural analysis of cam shaft. Methods/Statistical Analysis: The modelling of cam shaft is carried out using the software solid works and the structural analysis of the model is carried out by using Ansys software. Initially, the model is designed with Solid works software and then it is converted into Initial Graphics Exchange Specification (IGES) file. Then it is systematically analyzed using the IGES model of cam shaft. Experimental results under static load containing the stresses and deflection are predicted cast iron material. Findings: Testing was carried out for unidirectional different materials like ductile cast iron, nodular iron and carbon epoxy. By considering these materials, it is noted that the ductile cast iron is a good material compared to the nodular iron because the breakage of nodular cast iron is higher than the ductile cast iron. Application\ Improvements: Ductile cast iron is considered for making the cam shaft in vehicles because the cost of material slightly higher than nodular iron. In the development of modelling and also analyse by software helps to better result in design.