FSTPT international Journal of Transportation Studies

International Standard For Electric Road System

2024-12-23T03:54:13+00:00

This paper describes the international standard activities for the electric road system for the sustainable mobility and transportation for smart city and communities. The international standard is being created by ISO/TC268/SC2/WG2. The electric road system is particularly needed for long-haul freight transport battery powered electric vehicles. The framework, concept of operations (How roadside feeding electric road system can be configured and integrated in a sustainable mobility and transportation), and system components are
explained.

Enhancing Indonesia’s Transportation Infrastructure Planning Through Bim and Digital Twins

2024-12-23T04:01:01+00:00

This research paper systematically examines the integration of Building Information Modeling (BIM) and Digital Twins within the realm of Intelligent Transportation Systems (ITS). The paper underscores the increasing importance of ITS in contemporary urban development, particularly in Southeast Asia, with a focus on Indonesia. Emphasizing the need for sophisticated methodologies such as BIM
and Digital Twins to address transportation challenges and enhance infrastructure planning, the study navigates through the role of BIM in
diverse facets of transportation infrastructure planning, backed by case studies on Indonesia's New Capital City Road and Bridge Infrastructure. The subsequent exploration of Digital Twins elucidates their conceptual framework and applications in real-time monitoring, control, and decision support within transportation contexts, illustrated through 3case studies on Indonesia's Road and Bridge Infrastructure. The paper meticulously dissects the synergies between BIM and Digital Twins, addressing integration challenges and delineating the multifaceted benefits arising from their collaborative approach, encompassing enhanced visualization, real-time monitoring, predictive maintenance, cognitive functions, and data-driven decision-making. The integration's implications for sustainability, resilience, and real-time
decision support for adaptive traffic management are scrutinized. Shifting towards policy implications, the paper advocates for ethical
considerations, emphasizing investments in training programs, standardization efforts, and collaborative initiatives to facilitate the ethical
adoption of BIM and Digital Twins. It stresses the significance of cross-disciplinary collaborations, ethical policy recommendations, continuous
research and development, and education programs to foster an ethical and supportive environment. In conclusion, the paper summarizes its main findings, ethical considerations, and future research directions, encapsulating a comprehensive exploration of ethical considerations in the integration of BIM and Digital Twins within the context of intelligent transportation systems, providing ethical guidelines and a roadmap for researchers and practitioners committed to ethical advancements in this domain. The publication adheres to the ethical standards and guidelines set forth by academic and research communities.

Simulation Of the Application of The Area Traffic Control System (ATCS) At the Intersection in Kubu Raya District

2024-12-23T04:09:33+00:00

Optimizing the handling of transportation issues is challenging for Kubu Raya District due to the area's 70 times larger size than Pontianak City and the APBD funding restricted allocation for road infrastructure upgrades. Traffic congestion, air and noise pollution, traffic accidents, and delays are some of the transportation issues that Kubu Raya Regency faces. To address traffic issues at signalized junctions in Kubu Raya Regency, this study intends to provide the idea of implementing the Area Traffic Control System (ATCS) at signalized intersections at the research location which still use pretimed traffic signals. There are two intersections where the ATCS is applied: Major Alianyang-Adi Sucipto and Major Alianyang-Raya Desa Kapur. Intersection performance is analyzed using the MKJI 1997 and PTV VISSIM Software approaches. Wednesday and Saturday were the busiest days for conducting the survey. With LOS B a delay of 11.80 seconds was observed at Intersection Major Alianyang-Adi Sucipto and LOS F a delay 127.35 seconds was observed at Intersection Major AlianyangRaya Desa Kapur following the introduction of ATCS, according to the analysis conducted using PTV VISSIM Software

The Economic and Educational Implications of Implementing Intelligent Transportation In Surabaya

2024-12-23T08:23:48+00:00

The implementation of the Intelligent Transportation System (ITS) in Surabaya City has positive impacts on the economic and educational aspects. From an economic perspective, ITS has the potential to be a driver of growth by optimizing the transportation system to improve the efficiency of the movement of goods, services, and labor. This can stimulate business activity, attract investment, create job opportunities, and enhance the well-being of the community. ITS also facilitates the advancement of Surabaya as an intelligent city that offers top-notch public services in the transportation sector. This study aims to examine the effects of installing Intelligent Transportation Systems (ITS) on the economic aspects of Surabaya City. Analyzing the impact of implementing ITS on educational aspects and Identifying challenges and formulating strategies to optimize the benefits of ITS. The method employed is a qualitative approach using case document analysis.
The research findings are expected to provide input for policymakers in developing an efficient, safe, and sustainable transportation system, as well as contributing to the advancement of knowledge in the field of intelligent transportation. From an educational perspective, the implementation of ITS open’s opportunities for research and development of smart transportation for educational institutions in Surabaya. This encourages collaboration between academics, government, and industry in innovation. The development of ITS also requires competent human resources in the fields of information technology, electronics, telecommunications, and transportation, thereby creating job opportunities for college graduates. However, the implementation of ITS also faces challenges such as the significant investment in
infrastructure, the need to align educational curricula with industry needs, and the readiness of human resources to adopt new technologies.
A close synergy between the government, academia, industry, and society is necessary to optimize the benefits and address the challenges
of implementing Intelligent Transportation Systems (ITS) in Surabaya.

Enhancing Sustainable Urban Mobility: The TARIK Program for Carbon Emission Reduction in Bogor, Indonesia

2024-12-23T08:29:29+00:00

The paper discusses the impact of transportation on carbon emissions in Bogor, Indonesia, and introduces the TARIK program to boost public transportation usage and decrease the carbon footprint. It presents calculations of carbon emissions before and after the TARIK implementation, demonstrating a reduction in emissions. The TARIK program comprises a mobile app for convenient access to public transportation details and payments, along with an Intelligent Transportation System to optimize fleet size and cut emissions. The program's introduction in Bogor City is anticipated to lower the carbon footprint by 11.02% to 29.02% weekly. Recommendations for supporting facilities include enhancing sidewalks, building bike lanes, improving shelter facilities, and incorporating green open spaces to encourage public transportation use and emission reduction, aligning with Sustainable Development Goals.

The Impact of Intelligent Transportation System in Reliability of Bus Rapid Transit in the City of Bandung

2024-12-23T08:34:37+00:00

Traffic congestion is one of the main problems in large cities around the world, including in the city of Bandung, Indonesia. The congestion in Bandung is caused not only by the close distance of intersections but also by the high level of motorization. With the economic growth of the city of Bandung, the movement needs have increased to support economic activities. The lack of public transportation and the unreliability of existing public transportation have worsened the traffic congestion in Bandung. To solve this, in 2023, the Ministry of Transportation of the Republic of Indonesia promoted the implementation of bus-based public transportation in Bandung. But this bus-based
public transportation needs a system that can support the reliability of this public transportation. Recognizing this issue, the implementation of an Intelligent Transportation System needs to be considered to enhance the reliability of public transportation. With the implementation of the Intelligent Transportation System, it is known that delays and the number of bus stops can be reduced, while increasing the operational speed of the buses.