Tag Archives: Most.Tajmary Mahfuz

Adustable Autonomy in Pervasive Intelligent Environment

Most. Tajmary Mahfuz
Daffodil International University

viagra pills offers Abstract— Pervasive intelligent environment, such as digital homes or workplaces, has enormous potentials in modern world especially in eHealth services. In recent years, this area has achieved to draw numerous attentions for future living habits and lifestyle. In the meantime, a lot of question has been taken place which is become real challenges such as how to configure and manage these types of environment as well as controlling security and privacy issues to create and sustain the intelligent environment properly and effectively in health care sectors. For this reason, it is important to figure out context –awareness system in health care based on patient’s demand in the smart environment. In this paper, we have focused to analysis the basic requirements for context–awareness to create a persona in eHealth based system. Hence, we have developed a model to create a digital persona which reflects individual’s wishes to configure the intelligent territory. Moreover, we simulate a smart phone app to collect data from digital persona to create a collaborative approach to control the intelligent environment.

Adustable Autonomy in Pervasive Intelligent Environment

MM Hasan
Daffodil International University
Most. Tajmary Mahfuz
Daffodil International University

https://www.apprhs.org/heartbeat/ed/viagra-cheaper-alternatives.html Abstract

Pervasive intelligent environment, such as digital homes or workplaces, has enormous potentials in modern world especially in eHealth services. In recent years, this area has achieved to draw numerous attentions for future living habits and lifestyle. In the meantime, a lot of question has been taken place which is become real challenges such as how to configure and manage these types of environment as well as controlling security and privacy issues to create and sustain the intelligent environment properly and effectively in health care sectors. For this reason, it is important to figure out context –awareness system in health care based on patient’s demand in the smart environment. In this paper, we have focused to analysis the basic requirements for context–awareness to create a persona in eHealth based system. Hence, we have developed a model to create a digital persona which reflects individual’s wishes to configure the intelligent territory. Moreover, we simulate a smart phone app to collect data from digital persona to create a collaborative approach to control the intelligent environment.

Meta Analysis of Series of Toxicities Assessment Trails of Various Preparations for Health Care based on Gastro Intestinal Disorders

Most. Tajmary Mahfuz
Md. Mahmudul Hasan

Abstract—

The incidence of gastro intestinal disease is alarming problem all over the world particularly in third world countries like Bangladesh. Different tablet and liquid preparations are used to overcome the diseases. Different experiments are also conducted in different times on the different drugs of gastrointestinal diseases in the pharmacy lab. Among them some of the drugs are toxics. In a clinical trail the drugs are injected to the experimental animals and placebo are injected to the animals of the control group. All of drugs are measured on the basis of the results of the control group. The drugs are recommended on the basis of the results obtained from Meta analysis of series of trails. Meta analysis is the analysis of analyses which has combined the different results achieved from different analysis. Now a day, it has taken part in every important sector in our daily life by making pooled information through individual investigation. In this paper we have anticipated the side effects of different drugs used especially on gastro intestinal disorders through Meta analysis. Fixed effect model and random effect model have been used to draw inference regarding the side effects of the drugs by compared control group and experimental group. Meta analysis has been performed here to estimate the combined effect of toxicity. Moreover we have combined the effect size through forest plot which shows the results in graphical visualization.

Achieving Optimum Value of k in a K-fold Multicast Network with Buffer using M/M/n/n+q/N Traffic Model Md.

Md. Mahmudul Hasan
Department of CSE/CIS/CS,
Most. Tajmary Mahfuz
Department of Natural Science
Mohamed Ruhul Amin

Abstract

Multicast network is widely used for effective communication, transmission and performance moptimizations of a network. In this paper, a new model has been developed to determine a suitable value of the fold k of a k-fold multicast network under different traffic loads under Poisson traffic with finite queue at each node. We have derived stationary distribution for the network states and then derived expressions for the network throughput and the blocking probability of the network. It has been found in this research work that the network throughput increases very fast as we increase the fold number. However, at a certain value of the fold, the blocking probability ceases to increase and it remains constant. We have also observed that as nthe offered traffic is increased, the throughput also increases. Moreover, the system parameter kis increased, the blocking probability decreases. However, after an optimum value of k, the blocking probability remains constant for a particular value of the offered traffic. In fact, in this paper, by evaluating the performance of a k-fold multicast network, our developed model improves the performance of a multicast network.

Optimizing Throughput of K-fold Multicast Network with Finite Queue using M/M/n/n+q/N Traffic Model

Author
Md. Mahmudul Hasan,
Daffodil International University
Most. Tajmary Mahfuz,
Daffodil International University
Mohamed Ruhul Amin

Abstract:

Multicast network is widely used for effective communication, transmission and performance optimizations of a network. In this paper, a new model has been developed to determine a suitable value of the fold k of a k-fold multicast network under different traffic loads under Poisson traffic with finite queue at each node. We have derived stationary distribution for the network states and then derived expressions for the network throughput and the blocking probability of the network. It has been found in this research work that the network throughput increases very fast as we increase the fold number. However, at a certain value of the fold, the blocking probability ceases to increase and it remains constant. We have also observed that as the offered traffic is increased, the throughput also increases. Moreover, the system parameter k is increased, the blocking probability decreases. However, after an optimum value of k, the blocking probability remains constant for a particular value of the offered traffic. In fact, in this paper, by evaluating the performance of a k-fold multicast network, our developed model improves the performance of a multicast network.

For details please see the following link:
http://ieeexplore.ieee.org/xpl/articleDetails.jsp?reload=true&arnumber=6471606&abstractAccess=no&userType=inst
 
 

Achieving optimum value of k in a K-fold Multicast Network with Buffer using M/M/n/n+q/N Traffic Model

Author
Md. Mahmudul Hasan
Computer Science and Engineering
Daffodil International University
Most. Tajmary Mahfuz,
Natural Science
Daffodil International University
Mohamed Ruhul Amin,
Electronics and Communications Engineering
East West University
Multicast network is widely used for effective communication, transmission and performance optimizations of a network. In this paper, a new model has been developed to determine a suitable value of the fold k of a k-fold multicast network under different traffic loads under Poisson traffic with finite queue at each node. We have derived stationary distribution for the network states and then derived expressions for the network throughput and the blocking probability of the network. It has been found in this research work that the network throughput increases very fast as we increase the fold number. However, at a certain value of the fold, the blocking probability ceases to increase and it remains constant. We have also observed that as the offered traffic is increased, the throughput also increases. Moreover, the system parameter k is increased, the blocking probability decreases. However, after an optimum value of k, the blocking probability remains constant for a particular value of the offered traffic. In fact, in this paper, by evaluating the performance of a k-fold multicast network, our developed model improves the performance of a multicast network.
For details please see the following link:
http://airccj.org/CSCP/vol2/csit2403.pdf

Requirement Analysis for Context-Awareness to Create a Digital Persona in eHealth Based Pervasive Intelligent Environment

Author
MM Hasan, Most.
Lecturer
Daffodil International University
Tajmary Mahfuz,
Lecturer
Daffodil International University
Woakil Uddin Ahamed
Pervasive intelligent environment, such as digital homes or workplaces, has enormous potentials in modern worldespecially in eHealth services. In recent years, this area has achieved to draw numerous attentions for future living habits andlifestyle. In the meantime, a lot of question has been taken place which is become real challenges such as how to configure andmanage these types of environment as well as controlling security and privacy issues to create and sustain the intelligentenvironment properly and effectively in health care sectors. For this reason, it is important to figure out context awarenesssystem in health care based on patient’s demand in the smart environment. In this paper, we have focused to analysis the basic requirements for context awareness to create a persona in eHealth based system. Hence, we have developed a model to create a digital persona which reflects individual’s wishes to configure the intelligent territory. Moreover, we simulate a smartphone app to collect data from digital persona to create a collaborative approach to control the intelligent environment.
For details please see the following link:
http://www.jict.co.uk/volume-2-issue-3-march-2012

Optimizing Throughput of K-fold Multicast Network with Finite Queue using M/M/n/n+q/N Traffic Model

Author
Md. Mahmudul Hasan,
Lecturer
Daffodil International University
Most. Tajmary Mahfuz,
Lecturer
Daffodil International University
Mohamed Ruhul Amin
Electronics and Communications Engineering (ECE)
East West University

viagra nasal spray joke Abstract:

Multicast network is widely used for effective communication, transmission and performance optimizations of a network. In this paper, a new model has been developed to determine a suitable value of the fold k of a k-fold multicast network under different traffic loads under Poisson traffic with finite queue at each node. We have derived stationary distribution for the network states and then derived expressions for the network throughput and the blocking probability of the network. It has been found in this research work that the network throughput increases very fast as we increase the fold number. However, at a certain value of the fold, the blocking probability ceases to increase and it remains constant. We have also observed that as the offered traffic is increased, the throughput also increases. Moreover, the system parameter k is increased, the blocking probability decreases. However, after an optimum value of k, the blocking probability remains constant for a particular value of the offered traffic. In fact, in this paper, by evaluating the performance of a k-fold multicast network, our developed model improves the performance of a multicast network.

For details please see the attached file: