ISSN: 2277-9655 [Gawande* et al., 7(5): May, 2018] Impact Factor: 5.164 IC™ Value: 3.00 CODEN: IJESS7 http: // www.ijesrt.com© International Journal of Engineering Sciences & Research Technology [324] IJESRT INTERNATIONAL JOURNAL OF ENGINEERING SCIENCES & RESEARCH TECHNOLOGY REVIEW ON OR-VALUES DEVELOPMENT OF AUTOMATIC INTELLIGENT ASSISTANTS SYSTEM & SECURITY Lalit Shriram Gawande *1 , Pragati Patil 2 * Computer Science & Engineering, Gaikwad-Patil College of Engineering, India DOI: 10.5281/zenodo.1247045 ABSTRACT This paper describes how a combined modeling and simulation study was successfully executed for the design of a toll booth. As to the traffic congestion of toll booth system, according to the input and output of the whole system, the authors develop an optimizing model for toll system with "QR-CODE based Development of Automatic Intelligent Assistants System & Security " This model is able to solve the problem and gain the optimization solution rapidly. It’s based smart QR-CODES has been used for self payment service. Vehicle like car, trucks or a trailer trucks does not possess similar weight. This concept has been implemented with the use of Different QR-CODES to determine the vehicles weight and accordingly defining the vehicles type & it’s making type with full data of driver also. This Automatic Intelligent Assistants System & Security system will be a state of the art technology for the areas with high traffic in toll booth by omitting long queues and fuel wastage for the users and also reducing human error. KEYWORDS: toll booth, Intelligent Assistants, QR-CODES, Security system, high traffic . I. INTRODUCTION All content should be written in English and should be in 1 column. India is one of the fastest developing nations in the world today. Road transportation has been a primary choice now a day. The number of vehicles in last 21 years has grown rapidly massive. According to a survey report only 10509 vehicles was registered in 1985 and 364890 vehicles have been registered in 2015 [open government data]. Most tool plaza in India in manually operated. The average waiting time in this manually operated toll booth in more than 10minutes [urban mobility information] which costs a lot of fuel and time wastage. The improvement of the manual toll collection system has become necessity. II. LITERAURE SURVEY The aim of this paper is to propose an ideal and timesaving method for vehicles to pass through toll booths Choosing the best tollbooth to move out of the toll booth quickly, has become a tough task and is error prone. The proposed system uses crowd sourcing to maintain waiting time for each tollbooth, as a result travelers are provided with the best tollbooth in a toll booth. This scheme reduces the waiting time in the queue, as a result, people can drive through tollplazas swiftly. Travelers passing the toll booth act as the crowd that cooperate in choosing the best lane and help maintain the waiting time of each tollbooth and adjust queue parameters. This paper describes how a combined modeling and simulation study was successfully executed for the design of a toll booth. As to the traffic congestion of toll booth system, according to the input and output of the whole system, the authors develop an optimizing model for toll system-Black Box Model. This model is able to solve the problem and gain the optimization solution rapidly. Particular attention is paid to the toll booth on Garden State Parkway (GSP), New Jersey, US. The authors use simulation in the toll system to compare and evaluate the model .The solution of the simulation experiment indicates that the result of the problem calculated by the Black Box Model is the optimal result conformed to the actual situation. Consequently, the optimization design of the toll booth is obtained for GSP. Smart Weight Based Toll Collection & Vehicle