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A Mobile Ad-hoc Network (MANET) has become very important technology in security problem. Recent intrusion detection have emerged an important technique for information security systems. Many researchers have been done to improve the security for intrusion detection in MANET. In security, the unattended replica nodes attack is extremely critical, because they allow the attacker to leverage, or else the attacker may be able to capture the nodes, and then use them to injected fake data, data loss in network communication. In this proposed work a fast and effective mobile replica node detected using the Sequential Probability Ratio Test (SPRT) scheme in Game Theory. This work is to track the problem of replica node attacks in Mobile Ad-hoc Network from intruders and provide the best security. This paper aims to detect the intruders and increase the both speed and predictive accuracy. In this paper, the simulation experiments shown for detecting the claims and increase the trust value by decrease the number of claims.

Key words: Manet, Sequential Probability Ratio Test, Game Theory, Intrusion Detection.

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Improved Impulse noise Detector (IID) for Adaptive Switching Median (ASWM) filter is presented. The idea behind
the improved impulse noise detection scheme is based on normalized absolute difference with in the filtering window, and then
removing the detected impulse noise in corrupted images by using ASWM filter. This detection scheme distinguishes the noisy
and noise-free pixels efficiently. A weighted median filter, based on standard deviation within the filtering window is used in
ASWM filtering. The application of absolute difference, will distinguishes the difference between a noise free and noisy pixel
more precisely. The proposed scheme results in efficient detection of noisy pixels. Extensive simulation results show that the
proposed scheme significantly outperforms in terms of PSNR and MAE than many other variant types of median filter for
random-valued impulse noise. More over IID scheme provides better noise detection performance.

Key Words: Image filtering, Absolute difference, Peak Signal to Noise Ratio (PSNR), Mean Absolute Error (MEA), Median
filter, .impulse detector

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Cultural competence has gained attention as a potential strategy to improve quality and eliminate racial/ethnic disparities in health care. Yet the motivations for advancing cultural competence and approaches taken vary depending on mission, goals, and sphere of influence. In this paper we discuss about why we need the multilingual system, proposed CAMH multilingual system, and how CAMH will become a cultural competence.

Key Words: ehealth, CAMH, Gynecology, health informatics, EMR

[1] Eysenbach G. (2001) What is e-health. J Med Internet Res 3(2):e20
[2] Europe's Information Society
[3] Priti Kalode, Onkar Kemkar and D.A.Deshpande, "International Journal Of Computational Engineering Research" ISSN: 2250–3005, Mar-Apr 2012 | Vol. 2 | Issue No.2 |254-259

In old time, people were making their buildings and structures in a way to be in proportion with the climate and native culture of their area. Currently, with the most advanced science of architecture, design secrets of the old buildings have been discovered. "Shovadan" is an example of such design that was built in cold regions of Iran such as Hamadan City; so these spaces can be used in winter to use the heat of the earth. Shovadans are series of corridors and hallways of the underground that were used in cold regions by people. So, in this article, we purpose to change the Shovadan's application in order to have as a thermal tunnel to use the earth energy. They must be designed just like previous samples as a corridor in the earth, but in more depth, so we can have and use the energy of the earth in more volumes. In this case, the heat of the earth will be guided in side of the buildings, and in addition to save energy consumption, we will share the old architecture as today's style because of the developing of technology day to day.

Key Words: Sustainable Building, Shovadan, Geothermal Energy.

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