Cost efficient trust-based vehicle selection for platoon by Qiu, Hongwei

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Evaluation of low-cost RFID hardware for automated equipment tracking in first-response vehicles by Chua, Joo Heng

“…The different tags all have unique IDs too. However, the cost of RFID tags is one of the major problem why the industry is still not using them as much as we would like to. …”
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Increasing the Cruise Range and Reducing the Capital Cost of Electric Vehicles by Integrating Auxiliary Unit with the Traction Drive by Kumar, N. Satheesh

“…Adding more battery to extend the cruise range is not a viable solution as it increases the structural weight and capital cost of the EV. Simulations identified that a vehicle spends on average 15% of its total time in braking, signifying an immense potential of the utilization of regenerative braking mechanism. …”
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Authentication and key agreement based on three factors and PUF for UAVs-assisted post-disaster emergency communication by Wang, Di, Cao, Yue, Lam, Kwok-Yan, Hu, Yulin, Kaiwartya Omprakash

“…For unmanned aerial vehicles (UAVs)-assisted post-disaster emergency communication networks, UAVs serve as relay nodes of air-based backup network to support transmission of rescue messages to emergency communication vehicles (ECVs), while ECVs provide on-site ground communication and connectivity to the command center (CC) of the rescue operation. …”
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Risk assessment model for UAV cost-effective path planning in urban environments by Hu, Xinting, Pang, Bizhao, Dai, Fuqing, Low, Kin Huat

“…Three risk categories (people, vehicles, and manned aircraft) were considered and each risk cost was quantified using collision probability. …”
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Electric vehicle charging infrastructure by Tan, Eileen Wan Ting.

“…When there is the distinct possibility that oil prices will be higher in the future, it is known that the cost-effectiveness and appeal of Electric Vehicles (EVs) will rise proportionately. …”
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Autonomous unmanned vehicle in indoor environment by Xiong, Zhiwei

“…The autonomous vehicle or unmanned ground vehicle more specifically to be implemented should be able to map an unknown environment and later navigate from an input source location to a destination location with obstacle avoidance ability. …”
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Unmanned ground vehicle for ionizer application by Chen, Hao

“…By doing this, reduction on huge amount of ionizer equipment cost can be achieved. This report represents the knowledge and learning experience gained by designing this Unmanned Ground Vehicle for Ionizer Application. …”
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Forecasting the demand for electric vehicles in Singapore by Ong, Hui Ying

“…However, the current electric vehicle population only stands at 0.24%. Thus, this project aims to analyse the extent of influence of factors – cost of owning an electric vehicle, availability of charging infrastructure, brand and variety of electric vehicles, charging time and driving range of electric vehicles, and environmental impacts of electric vehicles, on the demand for electric vehicles and thus carry out a forecast for the demand. …”
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Project management model for vehicle manufacturing by Goh, Bak Nguan.

“…The purpose of this thesis is to describe the basic application principles on planning, management and control of a large scale vehicle retrofitting project. The scope of this thesis ranges from the tendering phase to the final delivery of the vehicle. …”
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Modeling and improvement of tracked based vehicle by Yeo, Nick Xi Liang.

“…Furthermore, the interaction between the vehicle, flexible tracks and the terrain would pose more complexity for the simulation. …”
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Exploratory Study on Customer Requirement in View of Electric Vehicle Development in Malaysia: Electric Vehicles in Malaysia (S/O: 12726) by Ibrahim, Jafni Azhan, Yusoff, Rushami Zien, Osman, Nor Hasni, Mohammed Udin, Zulkifli, Shariff, Kamal Imran, Ahmad, Azhar

“…This choice needs to consider not only the advanced technology but also the safety and health considerations, overall infrastructure costs, fuel cost on a tax neutral basis and acceptance by the public. …”
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3D object detection for autonomous vehicle by Wang, Yihan

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An assessment of solar power contribution to electric vehicle by Luo, Chuan.

“…This is a project to assess the extent by which solar energy technology could contribute to Electric Vehicles’ (EVs) charging in real world’s investment, based on the idea of battery swapping stations raised by Batter Place Company and the assumption that all the existing conventional vehicles in Singapore is to be replaced by the environmentally friendly EVs. …”
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Hybrid sensor fusion for unmanned ground vehicle by Guan, Mingyang

“…The unmanned ground vehicles (UGVs) have been applied to execute many important tasks in the real world scenarios such as surveillance, exploring the hazard environment and autonomous transportation. …”
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Electric vehicle management system in smart grid by Chaw Kay Khine Mon

“…Thus, energy management system which is known as ‘Smart Grids’ need to be integrated with electric vehicle management system to lower the costs and also to increase the efficiency.…”
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An optimal scheduling scheme for electric vehicles in smarts grids by Teh, Xiu Yi

“…First, a global optimization scheduling scheme is introduced as it helps to reduce the total cost price of charging electric vehicles and it is able to control the charging schedule of all electric vehicles by a central controller as it reshapes the base load of the grid. …”
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Design a charging station for electric vehicles in Singapore by Wang, Xiao.

“…Electric Vehicle (EV) is a promising technology for future transportation because of its high energy conversion efficiency and the capability to reduce pollution. …”
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Implementation of Dijkstra's shortest path algorithm for vehicle routing by Pang, Jacquelyn Jiaqi

“…On-demand services that requires the picking up of passengers and sharing of rides among passengers is a complex Vehicle Routing Problems set. Services like Uber and Grab, have been finding the most optimum way to make their services less costly so as the increase their profit margin. …”
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Deep learning for unmanned aerial vehicle re-identification by Wang, Zekai

“…To solve these problems, this dissertation employs three baselines from FastReID to conduct experiments in two scenarios: UAV-based person ReID and vehicle ReID. After comparison, the Stronger Baseline (SBS) model with ResNeSt as backbone network and Instance and Batch Normalization (IBN) performed best for UAV-based person and vehicle ReID, which reduced processing time and computing costs. …”
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