Engineeringhttp://hdl.handle.net/10222/353502024-03-28T20:10:38Z2024-03-28T20:10:38ZCloud Computing and the Business Consequences of ERP useShohag, Shoyeb Al Mamunhttp://hdl.handle.net/10222/825752023-05-13T07:35:27Z2011-08-31T00:00:00ZCloud Computing and the Business Consequences of ERP use
Shohag, Shoyeb Al Mamun
A Cloud Computing system is intended to improve and automate the controlling single point operations. By using a single point of control, this goal is accomplished through the elimination of duplicate entries and the contribution of data integrity, detailed drill down, simple training, manageable support, minimal IT maintenance, easy upgrades and reduced costs. Overall, the advantages of cloud computing usage fulfill the original intentions of business as it allows process manufacturers to manage their business as simply and efficiently as possible. Enterprise Resource Planning (ERP) software is designed to improve and automate business process operations. However, there are many unnecessary administrative, and procedural costs and delays often associated with this practice. Examples include duplicate data entry, data corruption, increased training, complicated supplier relations, greater IT support and software incompatibilities. The purpose of this system is Single Point of Control, Duplicate Entry Elimination, Data Integrity, Detail Drill Down, Basic Training, Manage Support, Security, Minimal IT Maintenance, Easy Upgrades, and Reduce Costs etc.
2011-08-31T00:00:00ZAn Observation and Analysis of IPTV and Multicasting TrafficMotalab, Mozammel Binhttp://hdl.handle.net/10222/825742023-05-13T07:35:23Z2011-09-30T00:00:00ZAn Observation and Analysis of IPTV and Multicasting Traffic
Motalab, Mozammel Bin
IPTV is the short form of Internet protocol television. It’s the technology that allows us to get television services via internet protocol over computer networks instead of the traditional cable TV medium. The multicasting technology used in IPTV to send one packet that is being originated from one station to multiple stations at a time is referred to as broadcasting of the internet version. This paper describes the functionality of IPTV protocol and Multicasting with a short background of it. We also have studied various compression techniques of audio and video file and formats. Our main intention was to observe how various protocols work with IPTV services like Protocol independent module (PIM), Internet group messages protocol (IGMP), and Cisco group management protocol (CGMP) when packets are interchanged within the router, switch, video server and clients. To observe these, lab work on IPTV has been conducted and the findings have been discussed.
2011-09-30T00:00:00ZAnalysis the Impact of Game theory (Pay-off Matrix, Nash Equilibrium) in the High Tech Industry AI – Digital AssistantMotalab, Muktadir Binhttp://hdl.handle.net/10222/825732023-05-13T07:35:20Z2019-12-31T00:00:00ZAnalysis the Impact of Game theory (Pay-off Matrix, Nash Equilibrium) in the High Tech Industry AI – Digital Assistant
Motalab, Muktadir Bin
This paper focuses to discuss and analyzing the formal application of game theory which require the identity of independent actors, their preferences, their knowledge, and the strategic acts they are allowed to make. Each independent actor is assumed to be coherent. This game theory is not limited to case analysis but rather psychology, a tag of war, business, economy etc. The focus is to use the game theory in information technology more specifically in Artificial Inelegance, Digital Assistant solutions. Analysis of the outcomes of game theory to determine the strategy for market penetration. The study however reveals some challenges such as affordance, access to information, cost advantage and subsidy or support or funding that change the total game of the deployment plan in order not to exacerbate the problem of the digital divide.
2019-12-31T00:00:00ZLINKFLOW, a water flow computer model for water table management: Part 2. Model verificationHavard, P. L.Prasher, S. O.Bonnell, R. B.Madani, A.http://hdl.handle.net/10222/394342017-12-21T16:55:02Z1997-12-01T00:00:00ZLINKFLOW, a water flow computer model for water table management: Part 2. Model verification
Havard, P. L.; Prasher, S. O.; Bonnell, R. B.; Madani, A.
A computer simulation model, LINKFLOW, was developed (Havard et al., 1995) to simulate the movement of water during various water table management practices. This article described the validation of the linked saturated-unsaturated water flow model, LINKFLOW. The model was validated against published data on water table elevations during transient drainage. Simulation results were compared with measurements from field experimental plots. Results from the validation indicate a good comparison between simulated and measured values. Coefficients of variation for simulated and measured water table elevations were typically less than 15% for all water table management plots during the growing season. Verification showed that LINKFLOW could simulate the spatial influence of water table movement during various water management systems and account for soil property variation with depth and topography.
1997-12-01T00:00:00Z