walking being the oldest form of urban transport, and until the advent of major transformationsin transport technology in the nineteenth century, most cities were structured in ways that supported walkability.today, there is a change in transportation which emphasizes, the traditional pedestrian paths which are increasinglybecoming non-regulated spaces when compared to the urban spaces for auto...

With smart sensors and embedded drivers, today’s automotive industry has taken a giant leap in emerging technologies like Machine learning, Artificial intelligence, the Internet of things started to build data-driven decision-making strategies compete global manufacturing. This paper proposes novel design framework that uses Federated learning-Artificial intelligence (FAI) for Smart Contract (S...

The desirability and challenge of developing a completely autonomous vehicle and the rising need for more efficient use of energy by automobiles motivate the search for an optimum solution to computer control of energy efficient vehicles. The purpose of this paper is to compare three control methods mechanical, hydraulic and electric that have been used to convert an experimental all terrain ve...

Action potentials, which define electrical excitability, depend on the activity of voltage-gated Na, Ca and K (Kv) channels (see the review in this issue by Sanguinetti and Tristani-Firouzi, p. 463). But electrical activity without modulation would be like an automobile with one speed, no steering and no brakes. In addition to the channels that play the leading parts, bio-electric signalling in...

In this paper, the effects of roll center height of McPherson suspension mechanism on dynamic behaviour of a vehicle are first studied, and then the optimum location of roll center of this suspension system is determined for a conceptual Class A vehicle. ADAMS/Car software was used for the analysis of vehicle dynamic behaviour in different positions of suspension roll center. Next, optimization...

According to the complexity of automobile logistics, we take one company’s automobile logistics as sample to analyze dynamics characteristics of logistic system and to set up system model by applying nonlinear dynamics theory and measure. Also, we can prove that it is applicable to study automobile logistics by this model according to the analysis of the model’s chaotic dynamics characteristics...

With the development of automobile industry, automobile glass type and quantity increased quickly. Automobile glass not only protects the passenger, but also affects the security, appearance of automobile and passenger’s comfort. As a result, optical performance of automobile glass, which is the most parameter, has provoked the attention of manufacturer and consumer. At present, the detection t...

Today, planning and control of logistic processes on automobile terminals are generally executed by centralised logistics systems, which cannot cope with high requirements for flexible order processing due to increasing dynamics and complexity. The main business processes on automobile terminals – notification of vehicles by automobile manufacturer, transport to automobile terminal, storage and...

This study constructs multi-item scales to measure key components of JIT production and manufacturing strategy and examines the relationship between them, and the impact of manufacturing strategy on JIT performance for machinery, electrical & electronics and automobile industries in Japan, USA, and Italy. JIT production scales include JIT schedule, JIT layout, JIT delivery by suppliers, JIT lin...

There is a growing need for some kind of personal driving assistant which is likely to become more acute as the free, independent , and very mobile baby boomers continue to age. Up to 86.5% of the US workforce commutes to work every day through personally owned automobile, often driving alone a car, a van, or a truck, at times in a commute as long as two hours. Urban planning and life style are...