ENGEENERING

The aim of this dissertation is to provide a functional algorithm that works in finding the most optimum option for distributing products with correlation to inventory management and reverse flow management. The research objective includes: ·            To develop mixed-integer linear programming model that is able to optimise transportation problems in food industry ·            To develop a deterministic approach for solving transportation problem. ·            To develop a MILP model that minimises the cost of distributing food items from different sources or origins to multiple locations. A broader view can be adopted by applying the algorithm to the food industry and the reverse flow of expired goods from customers to suppliers. Selecting a specific type of food as the product to supply adds important factors in the constraints of the algorithm: the temperature set to conserve the food during inventory and transportation, and decay factor of the food.  To achieve this goal, the research will develop knowledge and employ instruments that yield statistical data such as MATLAB software or Excel depends on the writer’s capabilities. I have attached my Dissertation of 4500 words that needs to be continued and fixed properly. And also I added some articles that could be useful with the mathematics to be applied.  The first step would be to choose a food item, set the constraints of the algorithms and the notations and definition of each symbol to be used.  I am willing to help with the work in parallel. I can provide the Matlab software if we need to use it since I have a student ID. Moreover, I can give access to ScienceDirect, a large scientific database where many useful sources and articles can be found.  The dissertation is due few days after the 10 of October, for that reason I need it the 10 to proofread it and weekly progress so that I can forward the work to my advisor and make sure that we are taken the right direction. I will give more information such as my advisor feedback to help you write the dissertation and the references that he approved. More example can be provided if you require.

This is a List of Objectives for my Dissertation: • produce a summary of the main influences of room/hall acoustics on human perception of sound, such as effects on source distance, perceived room size and the sense of envelopment • collate a comprehensive description of the elements making up the RSAO, including their motivation, parameter implementation and current capabilities from the perspective of the sound engineer producing content • using sets of measured room impulse responses, extract and visualise the RSAO parameters corresponding to the early reflections and the late reverberation to identify trends and patterns in their values • based on an understanding of the physical acoustics and the trends that have been observed in measured data, propose rules for adapting the RSAO parameters to extrapolate their values for new positions within a given room • compare the adapted RSAO parameters to measured ones at corresponding locations in order to evaluate the efficacy of the proposed rules • make an audio demonstration to highlight the main effects produced using your approach, e.g., in the form of a set of audio wave files that provide a changing impression of the source distance in a room.

Using online resources, business magazines, newspapers, and other publications, prepare and submit a short summarization of the construction industry outlook in the UAE for the next five to ten years. Specific points of discussion should include (but not limited to):   ·      Growth projection in terms of expenditures ·      Highlights of construction sectors including major projects (ongoing or in the schedule) ·      Recent trends in the construction industry (i.e., innovative construction technologies, etc.) ·      Forecast of the construction industry including strengths, weaknesses, opportunities, and threats (SWOT analysis) ·      Any other aspects worth mentioning ·      All references used (IEEE style)   The assignment should be single-spaced, Times New Roman, 12 font size and should NOT exceed 1000 words (excluding tables and references).

This is a List of Objectives for my Dissertation: • produce a summary of the main influences of room/hall acoustics on human perception of sound, such as effects on source distance, perceived room size and the sense of envelopment • collate a comprehensive description of the elements making up the RSAO, including their motivation, parameter implementation and current capabilities from the perspective of the sound engineer producing content • using sets of measured room impulse responses, extract and visualise the RSAO parameters corresponding to the early reflections and the late reverberation to identify trends and patterns in their values • based on an understanding of the physical acoustics and the trends that have been observed in measured data, propose rules for adapting the RSAO parameters to extrapolate their values for new positions within a given room • compare the adapted RSAO parameters to measured ones at corresponding locations in order to evaluate the efficacy of the proposed rules • make an audio demonstration to highlight the main effects produced using your approach, e.g., in the form of a set of audio wave files that provide a changing impression of the source distance in a room.

The aim of this dissertation is to provide a functional algorithm that works in finding the most optimum option for distributing products with correlation to inventory management and reverse flow management. The research objective includes: ·            To develop mixed-integer linear programming model that is able to optimise transportation problems in food industry ·            To develop a deterministic approach for solving transportation problem. ·            To develop a MILP model that minimises the cost of distributing food items from different sources or origins to multiple locations. A broader view can be adopted by applying the algorithm to the food industry and the reverse flow of expired goods from customers to suppliers. Selecting a specific type of food as the product to supply adds important factors in the constraints of the algorithm: the temperature set to conserve the food during inventory and transportation, and decay factor of the food.  To achieve this goal, the research will develop knowledge and employ instruments that yield statistical data such as MATLAB software or Excel depends on the writer’s capabilities. I have attached my Dissertation of 4500 words that needs to be continued and fixed properly. And also I added some articles that could be useful with the mathematics to be applied.  The first step would be to choose a food item, set the constraints of the algorithms and the notations and definition of each symbol to be used.  I am willing to help with the work in parallel. I can provide the Matlab software if we need to use it since I have a student ID. Moreover, I can give access to ScienceDirect, a large scientific database where many useful sources and articles can be found.  The dissertation is due few days after the 10 of October, for that reason I need it the 10 to proofread it and weekly progress so that I can forward the work to my advisor and make sure that we are taken the right direction. I will give more information such as my advisor feedback to help you write the dissertation and the references that he approved. More example can be provided if you require.

Using online resources, business magazines, newspapers, and other publications, prepare and submit a short summarization of the construction industry outlook in the UAE for the next five to ten years. Specific points of discussion should include (but not limited to):   ·      Growth projection in terms of expenditures ·      Highlights of construction sectors including major projects (ongoing or in the schedule) ·      Recent trends in the construction industry (i.e., innovative construction technologies, etc.) ·      Forecast of the construction industry including strengths, weaknesses, opportunities, and threats (SWOT analysis) ·      Any other aspects worth mentioning ·      All references used (IEEE style)   The assignment should be single-spaced, Times New Roman, 12 font size and should NOT exceed 1000 words (excluding tables and references).

Hi, I’m a Ph.D. Engineer student. I’m working on elevators despatching(calling) systems. I need a dissertation that looks at different strategies, Identify and define each one, What algorithms are used for each one, and a Flow chart for ?each strategy. Finally, come up with a new unique strategy.  Thank you and looking forward to hearing from you