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In order to develop the bottom driver software more rapidly and efficiently which are used in automotive battery management system and to get rid of high dependence on the hardware and low reusability of the drivers in automobile controller, this paper puts forward a kind of driver design method based on automotive open system architecture (AUTOSAR). Simulation modeling module has been made with the...
In our daily life we develop many activities that result imperceptible for the majority of us because the null effort that they represent to develop them, however, when we most develop those activities with any type of restriction, they acquire a higher level of difficulty. One simple activity is the communication process; we develop it in an easy way during almost all day, however, for people with...
System landscapes within logistical scenarios is highly heterogenic. Adding specific mechanisms, e.g. to support planing, monitoring and analyses for fully electrical powered vehicles, could become a mess or at least a challenge. While our project Smart City Logistic (SCL) is trying to manage this extension for multiple logistic scenarios, other projects want to do comparable system extensions as...
This paper addresses requirements from future automotive electronics system concept/design to computing technology or platform filling processing characteristics which will be used in applications of automated driving generation. We cannot completely predict future trends of functionality or application, so it is important to have flexible and scalable computing platform for that generation. The platform...
This paper addresses requirements from future automotive electronics system concept/design to computing technology or platform filling processing characteristics which will be used in applications of automated driving generation. We cannot completely predict future trends of functionality or application, so it is important to have flexible and scalable computing platform for that generation. The platform...
An Automated Driving System (ADS) is subject to hazardous weather conditions and to failures, both of which can result in a partial or total loss of its ability to monitor the driving environment. Yet until high driving automation and full driving automation is achieved, a human driver is expected to respond appropriately to any malfunction or adverse on-road conditions preventing the ADS from reliably...
The oil and gas industry has an increased interest reducing their handling costs through process optimization. The low crude oil price and the sobering forecast for future price development are pushing companies working in this area to reduce costs. Hence, agile software methods are increasingly of interest in this business area. They have evolved from a trend towards a preferred approach which is...
According to the WHO Global status report on road safety 2015, seat belts have a great impact in increasing safety of passengers; both in terms of injuries and fatalities. Although seat belts have been proven effective in saving lives, they are largely ignored by many drivers. Seat belts are often seen as an inconvenience and are under-utilized. With this background, and the motivation to encourage...
In this article, an averaged field strength estimation with small time consumption is carried out in a commercial vehicle structure modelled as an enclosed large cavity with several apertures. Well-known commercially available software employing full EM-based algorithms such as FDTE, FEM, and MoM require a lot of resource and much time consumption. However, a topological modeling and PWB(PoWer Balance)...
To reduce the amount of CO2 produced from the personal cars in the world, the parking lot guidance systems are considered to be the solution in shopping malls or department stores in many countries. However, most of the current parking lot systems are located in the parking area of each shopping mall and they cannot show the parking lots information for the driver that are driving on the road. So,...
In our study, we develop a method that merges two information sources within ants colony optimization heuristic. Namely artificial ants which occurs for short term optimization and transporter's vehicles that occurs in long term and continuous optimization toward solving the real-world vehicle routing problem. This study is supported by a transporter (Upsilon) of the region of l'Yonne in France and...
This paper presents a novel isolated traffic signal control algorithm based on a game-theoretic optimization framework. The algorithm models a signalized intersection considering four phases, where each phase is modeled as a player in a game in which the players cooperate to reach a mutual agreement. The Nash bargaining solution is applied to obtain the optimal control strategy, considering a variable...
With the convergence of pervasive mobile computing and social networking, interest has grown significantly in software systems and applications that are aware of users' social context to make pervasive applications more intelligent and accessible. Thus, socially-aware systems have further advanced context-aware systems taking account of human social context such as social relationships to enable the...
Calibration is an important process in traffic microsimulation modelling since it enables to represent reality more accurately. In this research we present a general methodology for the calibration process and develop a calibration software for Transmodeler traffic microsimulation. This software follows this methodology and has specific methods for its main steps. We propose an experiment design model...
This paper aims to present a methodology that helps improving systems modelling by using Process Integration and Design Optimization technologies. Then, the methodology has been applied on an automotive case study: the improvement of the hybrid vehicle TOYOTA PRIUS III modelling. This work has been carried out in the context of the international research program PLACIS (PLAteforme Collaborative d'Ingénierie...
This paper presents the architecture of GENI edge cloud computing network in the form of compute and storage resources, a mobile 4G cellular edge and a high speed campus network connecting these components. This deployment is available across fifty campuses in the US, all interconnected via a nationwide Layer-2 network. We present these capabilities in the context of vehicular sensing and control...
Hardware-in-the-loop (HIL) and fault injection testing are widely used in automotive industry to validate hardware and software architectures as best practice and in fulfillment with international functional safety standards. Time and economical investments can constitute an obstacle to the development of effective testing systems, especially for small and medium automotive industries. This paper...
An increase in the amount of program code used in the firmware of electronic control units (ECUs) in vehicles has led to an increase in updates after sales to resolve bugs in the program code. In this situation, automakers are beginning to introduce over-the-air firmware update technology currently used in the mobile phone industry. We developed an incremental update method based on BSDiff and demonstrated...
The market opportunity for driver assisted, driver piloted, and fully driverless cars is projected to reach 42 Billion by 2025. As a result, advanced “IMA like” automotive solutions are being explored and are focused on developing and maturing next generation transformational IMA technologies. Five future IMA dual use focus areas that have the potential to be transformational enablers for affordability,...
This paper explored the opportunities for using unmanned surface vehicles for anti-submarine warfare. Areas of the problem where such vehicles are likely to contribute value are discussed, along with an approach for developing and utilizing such vehicles.
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