• Journal of the Korean Association of Geographic Information Studies
• /
• v.17 no.3
• /
• pp.147-159
• /
• 2014

Public transportation ridership and walkability of urban district can be enhanced through high quality of TOD(Transit Oriented Development) elements. Generally, TOD have been evaluated several physical components such as the diversity of land use pattern, accessibility of public transportation and aspects of urban design around the station area. Especially, Spatial characteristics of TOD planning elements have many potential dependent when considering the characteristics of Rail Station-Influenced Area Development which is performing around subway station. Therefore, researchers should be considering the variation of spatial properties for planning elements according the set of spatial area and their socioeconomic factors. However, existing many cases related TOD does not consider about this point. In this paper, the changes of TOD characteristics were analyzed by different spatial units surrounding subway station in Busan Metropolitan City. Multiple Regression Analysis was performed for an investigation of effective spatial unit of TOD planning elements in this area using subway ridership data. In addition, the application validity of socioeconomic variables was examined through a comparative analysis of regression results with the multiple regression that implied only physical TOD elements. As the result, the variation of spatial properties for TOD planning elements according to the set of spatial unit was found. Furthermore, the specific spatial unit to applicable TOD elements in this area was derived. And the multiple regression model which added socioeconomic variables was derived more improved estimate results than the multiple regression model that implied only physical TOD elements.

• The Journal of the Korea institute of electronic communication sciences
• /
• v.10 no.8
• /
• pp.851-860
• /
• 2015

Transport Social Overhead Capital refers to public utilities necessary for a nation's basic economic activities, and is divided into roads, railway, subway, ports and so on. It is important to be able to provide these SOC in the right place at the right time to enhance productivity and competitiveness of a nation. In this study, correlation and factor analysis on countries' socioeconomic and transport indicators were performed in order to understand the need for expansion of SOCs including railway, and to identify the impact they have on national competitiveness(productivity). As a result, GDP showed high correlativity(0.59~0.99) with factors such as population, land area, extension of available railroad, and road extension. Specifically, through the analysis of Russia's urban transport system and comparison between socioeconomic indices and SOCs of OECD countries, it was examined that how increasing transport infrastructure investments could enhance national competitiveness. In conclusion, opening new Light Rail greatly affects the growth of GDP followed by the increasing extension of available railroad. Furthermore, if available railroad extension is increased by 10 % from 2014, assuming high speed tram is opened, GDP will likely increase by 21.6%.

• Journal of Korean Society of Transportation
• /
• v.20 no.3
• /
• pp.41-52
• /
• 2002

Most investment evaluations and economic assessments of road transport proposals in Korea omit a valuation of the time spent in transit for loads of freight. These days there were few attempts to estimate value of freight travel-time savings in Korea, but most of them included rail or marine with statewide area so that couldn't obtain unique travel-time savings for road freight transport. This study applied revealed Preference method and associated binominal logit models to estimate the value of travel-time savings in transit from an statewide survey of road freight transport in 1997. Data sets were segmented according to transport areas and business types. The results of this study showed that the value of freight travel-time savings varied wide ranges from 53,449 won per hour in urban transport to 29,397 won per hour in regional transport, that the use of statewide value of freight travel-time savings can drives wrong results into economic assessment, and that the use of adequate value of freight travel-time savings according to assessment area is very important.

• Journal of Korean Society of Transportation
• /
• v.21 no.6
• /
• pp.109-122
• /
• 2003

우리나라는 2004년 4월 경부고속철도개통을 앞두고 마지막 준비를 하고 있다. 1964년10월 고속철도를 가장 먼저 개통한 일본을 비롯한 프랑스, 독일 등은 이미 고속철도가 철도교통의 중심은 물론 각국의 교통수송에 높은 비중을 차지하고 있다. 2001년에 일본이 경우 1일 773,951명을 수송하고 있으며, 프랑스는 228,714명을 수송하고 있다. 세계적으로도 고속철도는 2000년 현재 유럽이 15,350km, 아시아는 2,152,9km를 운영 중에 있는데 이는 2010년에는 유럽은 41,350km, 아시아는 4,755.7km로 증가될 전망이다. 특히 아시아는 2005년 10월 개통예정인 대만의 타이페이와 카오슝의 345km를 비롯하여, 중국은 상해~북경의 1,330km를 2008년 ㅂ구경올림픽에 맞추어 개통을 준비하고 있다. 일본, 프랑스, 독일 등 고속철도의 운영국가들은 고속철도수송의 수송량이 급격하게 증가하고 있다. 프랑스는 인기준으로 1996년에 비해 2001년에 49.3%, 독인은 1996년에 비해 2001년에 70.1%의 증가치를 보이고 있다. 철도수송에서의 고속철도의 비중도 높아 인${\cdot}$km기준으로 일본은 29%, 프랑스는 48.3%, 독일은 15.9%를 차지하고 있다. 이러한 고속철도가 발전한 요인은 항공기와도 경쟁이 될 정도의 빠른 속도와 안전, 높은 사회경제적 효과에 기인하고 있다. 고속철도의 비중이 높은 일본의 경우는 개통 이래 현재까지 약 62억명을 수송하고 있는데 사망사고는 한건도 없었다. 또한 1개 열차의 정시도착 오차는 24초에 불과하고, 항공기와도 경쟁력이 될 정도의 속도와 수송능력을 보유하고 있다. 실제로 500~700km구간에서 항공기와 고속철도이 경쟁이 치열한데 고속철도의 분담율이 67%를 차지하고 있다. 이러한 고속철도 발전으로 철도수송의 증가율에도 큰 영향을 미치고 있다. 프랑스와 독일의 경우는 자동차수송보다 철도수송이 최근 4년간 약 10%이상 증가하고 있는 것도 고속철도의 영향에 기인하고 있다. 고속철도의 또 다른 특징으로는 높은 유발수요효과로 일본의 신간선개통전후를 비교해 보면 예상치보다 약 6%~23%의 높은 수요유발효과를 보이고 있다. 이 결과 각궁의 고속철도는 매우 높은 수익성을 기록하고 있는데 일본은 개통 후 3년째 흑자를 기록하였고, 중국도 개통 후 7년에 단년도 흑자를 예상하고 있다. 이러한 고속철도의 발전에 기초해 유럽을 비롯하여, 아시아 등에서 고속철도의 건설이 더욱 가속화 될 것으로 예상되는데, 이러한 새로운 변화의 고속철도시대에 대비하여 우리나라도 장차 건설계획수립, 해외수출, 고속철도의 상호운영 등을 지금부터 계획을 수립하여 집행해야 할 것이다.

• Journal of Korean Society of Transportation
• /
• v.25 no.5
• /
• pp.15-21
• /
• 2007

This paper proposes an improved methodology for estimating traffic accident cost savings in the transport appraisal. Four major problems from the existing framework are identified and their alternatives are suggested. First, casualties in the established approach are classified by just two types of 'killed' and 'injured'. This study supplies the indices of fatality further details. Namely, road victims are regrouped by 'killed', 'seriously injured', 'slightly injured', and 'accident reports'. Those of railways are similarly sorted by 'killed', 'seriously injured', and 'slightly injured'. Second, damage only accidents are not satisfactorily considered in the current arrangement. The accidents should be considered as one of the accident types and the social cost of them should also be evaluated. Third, the unit cost of accidents is given by the total value. The unit cost is consisted of several elements and each loss would be useful for a policy frame. This study breaks down the total figure into four pieces of costs, namely production loss, medical treatment, property loss, and administrative costs. Finally, there is inconsistency in the audit between roads and railways. Road accidents are analyzed by road types. On the other hand, patronage or others is the classification rule of rail accident costs. This paper suggests a way that the accident costs of two modes can be coherently estimated based on the level of services by each mode. The result of this study is expected to help frame more cautious social overhead capital investment policies.

• Journal of Korean Society of Transportation
• /
• v.35 no.6
• /
• pp.469-480
• /
• 2017

On April 1, 2004, KTX (Korea Train eXpress), the first HSR (High-Speed Rail) in Korea, was introduced to Gyeongbu Line. The introduction of the KTX service led to a change in the number of passengers for Gyeongbu Line. Previous studies have analyzed the pre and post-event changes of the intervening events by either simple statistics or intervention ARIMA analysis. However, the intervention ARIMA model has a limitation that several assumptions such as the occurrence time and the type of intervention events are necessary. To this end, this study analyzed the effects of intervention event on the number of passengers using the Gyeongbu line based on a time series outlier detection technique which can overcome limitations in the previous studies. The time series outlier detection technique can analyze the time, effect type and size of an intervention event without the assumption of the time and effect type of the intervention event. The data were collected from the Korea Transport Database (KTDB) for twelve years from 2003 to 2014 (144 months). The analysis results showed that the size of the influence type in the same intervention events was different across the major city routes, and the intervention event which could not be found by previous study methods was also found.

• Proceedings of the Korean Institute of Navigation and Port Research Conference
• /
• 2006.06b
• /
• pp.265-271
• /
• 2006

According to globalization of world economy by extension of production, sales and distribution all around the world and international transportation system changed into a transport system that puts great importance on speediness and value-added services, international transport system is changing into a Multimodal Transport Routing centered system that systematically connects marine, air and rail transports. Due to such changes production, sales and distribution must be provided in time and Multimodal Transport Routing, which can provide multi-dimensional logistics services to customers of global network, is needed but information connection for international transport and connection system between transport modes are insufficient and can not be activated. Especially in Korea, selection standard of 3rd party logistics companies and transport companies is presented, but logistics exclusive companies, which plan and execute the transportation, can't present a systematic evaluation standard for international Multimodal Transport Routing, selection. Thus, this research surveys important previous studies about Multimodal Transport Routing, selection, derives an evaluation standard for Multimodal Transport Routing, selection through interview with company officials, and presents a theoretical basis for Multimodal Transport Routing, selection through systematic analysis of Multimodal Transport Routing, selection using Analytical Hierarchy Process (AHP).

• Land and Housing Review
• /
• v.4 no.2
• /
• pp.167-176
• /
• 2013

The City Complex Development and TOD originated from the Compact City are entrenched domestically. The New Urban Development such as these changes Structure of Urban space from the Automobile to the Public Transportation. Also, Transit-Oriented Development is drawing attention as sustainability because it has effects of Environment as Green growth. However, An empirical Study is insufficient about Influence Factors of Transit Oriented Development. Therefore This study sets up the Density spaced 1000m apart of Transit Oriented than the existing and did 7 Types considered of Accessibility, Complexity and Design Element according to the Factorial analysis. As a result, this study drew that (1) 'intraregional accessibility of public transit', (2) 'degree of development', 'pedestrian-friendly facility', (3) 'interzonal accessibility of public transit', (4) 'land-use of the city centre', 'complex using of rail station area', 'complementary public transit' are related 201 in number of the Subway stations according to the Multi-dimensional scaling.

• Journal of Korea Port Economic Association
• /
• v.37 no.4
• /
• pp.13-31
• /
• 2021

Since the signing of the Korea-Europe Free Trade Agreement, the volume of trade transactions between South Korea and Europe has increased. The traditional single-mode transport system has been transformed into an intermodal transport system using two or more modes of transport. In addition, the conventional sea and air transport routes have been restricted, leading to a decline in Korean exports to Europe, and the rail transport mode is becoming mainstream in the market due to the influence of COVID-19. This paper focuses on the China-Railway Express to explore a new intermodal transport route from Korea to Europe. First, the fuzzy analytic hierarchy process (AHP) is used to evaluate the factor weights when selecting intermodal transport routes from Korea to Europe. Then, the TOPSIS (Technique for Order of Preference by Similarity to Ideal Solution) method is used to rank three alternatives. The results show that among the four factors (total cost, total time, transportation capability, and service reliability), the total cost is the most significant factor, followed by the total time, service reliability, and transportation capability. Furthermore, the alternative route 1 (Incheon-Dalian-Manchuria-Hamburg) is preferred.

• Proceedings of the KSR Conference
• /
• 2011.10a
• /
• pp.3268-3277
• /
• 2011

Uiwang ICD, which is the only inland container depot in the capital area, is equipped with modern facilities, and loading and unloading equipment, and can handle 1,000,000 TEU annually.It has many advantages such as advantageous conditions of location, the role of foothold for distribution transportation in the capital area, so it plays an important role of vitalizing the railroad transport. However, Uiwang ICD has reached the limit in the vitalization of railroad transport of containerized cargo due to the current problems in facilities and operations. This research analyzed the Uiwang ICD's problems by dividing them into facilities problems and operational problems, and presented short-term and medium and long-term improvement measures with the year 2023 when the private use permission expires as the basic year. However, the vitalization of railroad transport of Uiwang ICD can be attained only when it has support and cooperation from the government, Uiwang-si, Korea Rail Network Authority, and other related organizations together with efforts of Korea Railroad Corporation, and occupant companies. Such improvement measures for Uiwang ICD are expected to contribute to establishing combined transport system and forming efficient railroad distribution infrastructures and vitalizing railroad distribution, and also contribute to the government's low-carbon green growth policy by building environment-friendly transport system.