DESIGN AND IMPLEMENTATION OF COMPUTER BASED SCHEDULING SYSTEM FOR A TRANSPORT COMPANY

ABSTRACT

This project work is all about design and implementation of a computer based scheduling system for a transport company. A computer based scheduling system for a transport company generates optimal luxury bases and driver schedules for a given dispatching scenario. It is a stand-alone windows based application with extremely user’s friendly interface. It consists of data management and scheduling modules. This project work with vividly deal with the impact of computer based schedule system for a transport company.

ORGANIZATION OF WORK

This research work takes a look at the application of a computer in scheduling in a transport company, that will generate optimal luxury buses and driver schedules for a given dispatching scenario. Chapter one introduce the statement of the problems, explains the purpose of the study and the aims and objectives of the research work. It gave the general overview of the conventional method the extent it will cover (scope), its limitations and definition of some terms related to scheduling. Chapter two reviews the related literature. Chapter three described and analysis the existing system. Fact finding method used are also discussed. It explains the problems of the existing system and finally justifies the new system. Chapter four deals with the actual research work done, designing of the new system computer base scheduling also highlights the system requirement. Chapter five discusses the actual simulation of the new system. Chapter six contains the system documentation user manual. Finally, chapter seven briefly summaries concludes the project & recommends the user of the new system.

CHAPTER ONE

INTRODUCTION

A scheduling situation in a transport company develops when buses are expected to dispatch effectively. Scheduling needs the dispatch and general information about routes to generate optimal transportation resources schedules. Lack of management and scheduling modules have cause a big problem for most transport companies. As a result of these problems, these transport companies have not been able to present charts and text reports for these companies. These transport companies can not export solutions as text files in MS Word or MS Excel. Lack of scheduling algorithms have led to lack of generating of the different resources schedules. Lack of near-optimal resources schedules generation have prevented benchmarking an existing solution. Existing routes along with resources assignments can not be imported into the system “as is’ and calculate to reproduce the benchmark solution. The solution can not be generated and compared to the benchmark solution. The two solutions cannot be compared in the form of reports and Grantt Charts to identify opportunities for better resources utilizations. Route data can not be imported in the form of ASCLL files. There is no data import wizard that will guide user’s through a set up process for importing route data into the system. Lack of data view to enable user’s to sort the routes based on different criteria (route ID) Departure Time etc).

PURPOSE OF THE STUDY

This research work is meat to find out whether the above mentioned problems can effectively be eradicated by employing computer system to control the scheduling system of a transport company. In other words, to find solution to these problems mentioned above using a computer system.

AIMS AND OBJECTIVES

The aim and objective of this research work is to come up with a more suitable scheduling system in a transport company. (A computer based scheduling system) that can eliminate completely the above mentioned problems using a computer system. For instance, to come up with a scheduling system that can generate optimal buses and driver schedules for a given dispatching scenario. Perhaps, the new system will not just eradicate the problems which will automatically improve the schedules.

SCOPE OF THE STUDY

This project work covers every area of scheduling activities where a scheduling tool generates optimal buses and drives schedules for a given dispatching scenario. For instance, this tool provides an estimate of required number of buses and drivers for a particular dispatching scenario. It also generates resource scheduling that can result in significant cost reduction by using the optimal number of resources required.

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