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Project Title : |
Monitoring Networks Using Client Server Architecture
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College : |
Institute Of Management And Entrepreneurship Development, Bharati Vidyapeeth University, P |
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Guide : |
Prof. S. C. Hembade |
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Team Members : |
Ankit Grover, Ankur Aggarwal, Rahul Kr. Aggarwal, Sandeep Kumar |
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Abstract : |
This is useful in schools and colleges to check what actually students are doing on their system. It basically records the data and stored in a file so that an administrator can easily see that whether the system is used properly or not. It also facilitates an intra-net live community help so that if a person wants to discuss something over the work can easily chat with the corresponding colleague or he may do the same in a group; as it includes the concept of public and private chatting. This chat will also be stored in the administrator�s system as a log file. |
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| 2. |
Project Title : |
System identification and control using multivarate statistical methods
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College : |
Indian Institute of Technology, Bombay |
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Guide : |
Gudi,R. |
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Team Members : |
Vijaysai P. |
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Abstract : |
The main focus of this thesis is to exploit the ability of the multivariate statistical methods which yield reliable solutions to many industrial problems where the ordinary regression methods tend to fail. The principal components analysis (PCA), principal component regression (PCR) and partial least squares (PLS) are some of the very popular MVS technique. Majority of the applications of these tools in process industries are particularly seen in process monitoring, identification, estimation and controls. Traditional modeling techniques like ordinary least squares (OLS) are very sensitive to the quality of the data. The estimates derived from these techniques are generally poor if the data is not sufficiently rich. Majority of the chemical processes are time varying in nature and the traditional online adaptation methods use LS based algorithm to update the time varying parameters. However, these techniques have been found to suffer from large variance errors when the past data is discounted continuously and if the newer data brings no information regarding the current state of the |
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| 3. |
Project Title : |
Synthetic studies towards biologically active natural products
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College : |
Indian Institute of Technology, Bombay |
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Guide : |
Bhat, S. V. |
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Team Members : |
Sivaramakrishnan, A. |
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Abstract : |
The work presented in the thesis is divided into five chapters. After giving a brief introduction on the importance of natural products in the first chapter, the next deals with the Diels-Alder reaction of 4-carbomethoxy-benzoquinone with various 1,2-disubstituted-1,3-butadienes using silver oxide as the oxidant. This methodology was used in the next chapter for a synthetic study towards quassin, which is a physiologically active constituents of Quassia amara. The intermediate in our retrosynthetic scheme, a diene, was synthesized, in 5 steps, starting from 2,6-dimethyl-5-heptenal. The diene was then reacted with 3,4-dihydroxymethyl benzoate in the presence of Ag2O, as oxidant, to afford an adduct. This adduct is a potential precursor of the tetracyclic quassinoid skeleton. Chapter 3 describes the tandem vicinal difunctionalization approach to (+/-)-Deoxofavelin, that was isolated by Endo et al. in 1991, from the bark of Cnidoscolus phyllocanthus, along with favelin and favelin methyl ether. We used a tandem vicinal difunctionalization of 4,4-dimethyl-2-cyclohexenone using phenyl eth |
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| 4. |
Project Title : |
Synthetic studies towards biologically active molecules.
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College : |
Indian Institute of Technology, Bombay |
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Guide : |
Bhat, S. V. |
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Team Members : |
Sundar, N. |
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Abstract : |
Biologically active molecule is a broad term encompassing a variety of compounds possessing biological activity. The increasing demand for these classes of compounds has posed challenges to the scientists to get these compounds in large amounts either from natural sources or to produce synthetically through efficient and economically viable routes. The work presented in the thesis entitled "Synthetic Studies Towards Biologically Active Molecules" is relevant in the above context. The theme of our work centers on the synthesis of biologically important molecules. This led us to search for some novel antimalarials and to evaluate their activity. In this context, Chapter 2 describes the synthesis of some novel amine peroxides and evaluation of their antimalarial activity both in vivo and in vitro. It has been proved beyond doubt from structure activity studies that the endoperoxide group is absolutely essential for antimalarial activity. In the present study we have synthesized some terpenic fragments and conjugated heterocyclic compounds. These compounds were evaluated for antimalarial |
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