The aviation industry is undeniably playing a very significant role in our day-to-day life. A vast and inter-connected web of flights ensures swift passenger travel and cargo traffic. However, in the name of security, otherwise intrinsic technicalities tend now not only to hinder on further development of aviation facilitation but also take over and lead towards the exact opposite result. What are the current measures taken by the international community to streamline passenger travel? What are the new initiatives which ought to be implemented? How is the future of aviation facilitation going to look like? How is it going to affect air travel and what legal implications is it rising? Throughout this thesis we will present the legal framework applicable to aviation facilitation and discuss the main initiatives that are being considered by ICAO and IATA in this respect. While Facilitation and Security should be considered as "two faces of the same coin", in reality they appear to "compete" against each other. Hence, we will provide our arguments in support of this theory.

As you probably know, to board the B777-300ERi in Geneva for Anchorage via London, is not just that simple. With your ticket you bought several days before, you come to the airport, check in, pay airport's fees, go through the customs and security checks, walk in the terminal following signs, maybe you stop in the duty free shops, and finally find your gate. By this time, you are ready to board, about one hour after you enter the airport. / We will be essentially interested in air law that is why, the purpose of this master's thesis is to consider the legal aspect of facilitation in civil aviation. The term facilitation refers to the process that passengers, crew, luggage, cargo and mail have to go through when they cross borders to fly from a point A to a point B. / Recently, an aspect of facilitation took an outstanding importance: health issues. At the end of last year, the Severe Acute Respiratory Syndrome (SARS) outbreak was a real threat to international civil aviation because passengers (and crews) could have been exposed to an infected person inside the terminal or on board the plane, also, aircrafts were considered a fast vector of this disease through the world. The economic consequences for airlines and airports were very painful. / iBoeing 777-300 Extended Range.

Time keeps on changing our perception of what is possible in our personal life and around us. Over time, jobs such as elevator operator was essential to make the elevator keep its speed, stop parallel to the floor and keep passengers safe in case of emergency. Nowadays elevator passengers just have to enter their destination and wait to be transported there. An operator would be superfluous for this, today, simple procedure. This paper aims to create a set of interaction strategies to provide an efficient and pleasurable journey for the passenger traveling with an autonomous bus, as well as evaluate concepts where these strategies have been applied. The strategies and concepts will be developed from an extensive user- and literature research where the situation of today will be analysed and looked upon with the eyes of tomorrow, to find challenges and needs. Findings shows that passengers have to trust the vehicle and service. At the same time vehicle and service providers have to provide a reliable and consistent service. Four design directions were created to establish this trust between the user and vehicle and service. To enable control and give passengers an efficient journey, passengers have to be provided with adequate and reliable information. The information regarding the bus’s behaviour should be communicated in a transparent way so the bus’s intentions and actions are understandable from a passenger point of view. Also, passengers have to be enabled to stay safe when using the bus, during commuting and emergency, through giving them cues in how an emergency should be handled.

Abstract The Swedish railway has during many years received low customer satisfaction scores. Reasons for this are reliability, service and information concerns. The focus of this master thesis lies on the railway platform. The platform is an important part to the factors above as its information and facilities, which constitute a part of the service before the trip, could contribute in causing delays and reliability issues. This study investigates the behaviour of passengers on railway platforms and the effect that information, seats and entrances along the platform has on that behaviour. The goal is to find advantages and disadvantages and propose improvements in a Swedish setting. Platforms and trains that have been studied are in Stockholm, Sweden and Tokyo, Japan. Platform distributions and individual behaviour on the platforms are recorded with three different and relatively easy methods. Results of the Swedish study show aggregate trends where passengers tend to cluster around entrances and seats. Many Swedish passengers do not believe themselves to have enough information to know where their car will stop. These passengers do mostly not know that information exist and on average stand much further away from their closest door, when the train arrives, compared to passengers that believe themselves to know where their car will stop along the platform. The results of the Japanese study show that almost all passengers stand close to their door. From the findings in not only this, but also other studies, four aggregate properties in order to get better railway platforms are finally presented. These properties are reliability, clarity and availability of information and good location of seats and other facilities. Suggestions for tangible improvements for the Swedish railway platforms are finally given. Among these improvements are new information screens and standardized information and stopping position of trains.

While passenger rail service has significantly grown in some parts of the United States, as evidenced by the new Brightline / Virgin Rail USA service in Florida and the expansion of passenger rail service in the State of Virginia, there has been significant resistance to the growth of passenger rail service in Texas, as evidenced by the demise of the Lone Star Rail District (LSRD) in 2016. Why the resistance? This exploratory research provides insights that address that question by identifying the contributing factors that led to the LSRD’s failure. A political economy framework incorporated a stakeholders’ perspective in an analysis of LSRD’s termination. An archival document study was used to identify key stakeholders and to then inform the design of, and the questions used in, an interview study of those key stakeholders. This research identified eight factors that contributed to the demise of the LSRD; 1) prior rail / transit failures in Texas; 2) structure of the Texas legislation; 3) inadequate political support; 4) organizational paralysis; 5) resistance from the Texas Department of Transportation; 6) flawed strategy; 7) disruptive technology; and 8) the Bexar County (Texas) Judge and the president of the Union Pacific Railroad. Although hundreds of individuals were involved during the LSRD’s nineteen-year history, in the end, three key decision makers and one key staff person were attributed with ending the organization’s existence. By identifying and analyzing the constellation of forces that were at play in the Lone Star Rail District, lessons were learned that could be applied (or avoided) across an array of similar rail initiatives, not only in Texas, but throughout the United States. A clear and identifiable political champion; adequate funding; competent project management; a clear project design and budget; a cooperating Class-1 freight railroad partner; adequate property ownership or right-of-way access; and an economically competitive alternative to automated highway vehicle technology; should all be considered necessary elements for the success of future passenger rail expansion projects. / Business Administration/Interdisciplinary

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Personbilsflottan står för en stor andel av de globala CO2-utsläppen och genom vidare implementering av alternativa drivmedel kan transportsektorn i framtiden bli mer hållbar. Tekniken kring elbilar vad gäller bland annat batteriets kapacitet och bilens prestanda har under de senaste decenniet gjort stora framsteg där elbilen idag är direkt konkurrerande med en bil driven på fossila bränslen i många avseenden. Denna rapport kartlägger de drivande faktorer och hinder som elektrifieringen av personbilsflottan står inför utifrån tre perspektiv; elbilens batteri, laddningsinfrastrukturen och politiska styrmedel. Metoden för arbetet har varit en litteraturstudie samt en enkätstudie där resultatsammanställningen av varje perspektiv underströk vilka de kritiska faktorerna är. Vad gäller elbilsbatteriet visar resultaten att prisutvecklingen tillsammans med den tekniska utvecklingen av batterierna är en stor drivande kraft. Däremot är den begränsade körsträckan och batteriets känslighet vad gäller degradering av batterihälsa ett hinder. Fortsättningsvis visar resultaten att laddning som till stor andel kommer ske i hemmet är en stor drivande kraft som minimerar vikten av de hinder som består i höga investeringskostnader och påfrestningar på elnätet. Enkätstudiens resultat visar att individer ej uppfattar elbilens kortare körsträcka eller laddning som ett problem i lika stor utsträckning som litteraturstudien föreslog. Det framgick att en stor drivande kraft är politiska styrmedel då resultatet stödjer att en klar majoritet av enkätdeltagarna skulle köpt en elbil om köpkostnaden hade varit densamma som för en bensin-/dieseldriven bil. En diskussion om omställningen till el i utsläppstunga industrier inklusive transportsektorn visar att störst förändring kan ske i länder så som Sverige, Finland och Island där ländernas elmix till stor andel utgörs av renproducerad el. Avslutningsvis konstateras det att synergieffekter av utvecklingen bör tas till vara på och applicerar i andra industrier där en utökad elektrifiering är möjlig. / The passenger car fleet accounts for a large proportion of global CO2 emissions and through further implementation of alternative fuels, the transport sector can become more sustainable in the future. The technology of electric cars in terms of performance and battery capacity has, in the last decade, made great progress where the electric car today is directly competing with a car driven on fossil fuels in many respects. This report identifies the driving factors and obstacles that the electrification of the passenger car fleet faces from three perspectives; electric car battery, charging infrastructure and political instruments. The method for the work has been a literature study as well as a survey study where the results compilation of each perspective emphasized what the critical factors are. With regard to the electric car battery, the results show that the price trend together with the technical development of the batteries is a major driving force. However, the limited mileage and the sensitivity of the battery to degradation of battery health is an obstacle. Continuing, the results show that charging, which to a large extent will take place in the home, is a major driving force that minimizes the weight of the obstacles that consist in high investment costs and stress on the electricity grid. The results of the survey show that individuals do not perceive the shorter driving distance or charge of the electric car as a problem to the same extent as the literature study suggested. It turned out that a major driving force is political instruments as the result supports that a clear majority of the survey participants would have bought an electric car if the purchase cost had been the same as for a gasoline / diesel driven car. A discussion of the transition to electricity in emission-heavy industries, including the transport sector, shows that the greatest change can take place in countries such as Sweden, Finland and Iceland, where the countries' electricity mix is ​​largely made up of clean electricity. Finally, it is stated that synergy effects of the development should be exploited and applied in other industries where increased electrification is possible.

published_or_final_version / Geography / Master / Master of Philosophy

Made available in DSpace on 2016-08-10T10:49:50Z (GMT). No. of bitstreams: 1 FABIO DE SOUZA.pdf: 2499811 bytes, checksum: 7aa00c4ad11dc6a9f25197941d591ed8 (MD5) Previous issue date: 2012-06-29 / One of the approaches of the term mobility lays upon the link between urban planning, transit and transportation, and the elements and technologies that facilitate the commuting of people and goods throughout the city. Lately, transportation and traffic have become in both, mid-sized and big cities, a barrier to urban and regional development, due to various antagonistic situations experienced when commuting. Management efforts are engendered by the government in an attempt to find solutions for the matter have proved ineffective so far. The city of Goiânia is a city-center hub of activities of a Metropolitan Area, a region with a population of an estimated 2,206,134 residents (IBGE, 2011), and 1,000,000 vehicles cruising its road system (DETRAN, 2001). The struggle for room in the lanes, among passenger cars, freight and passenger transport, is already noticeable during peak hours. The saturation level of the system undermines the effective public passenger transportation. In turn, the management of a Passenger Public-Transportation System that is effectively integrated has failed to reach satisfactory results, considering the organizational traits that have been put in action up to now. This paper proposes an analysis of the deployment of the monorail technology in the Integrated Passenger Public-Transportation in the metropolitan area of Goiânia, by means of a methodology of cost-benefit analysis, depicting a brief characterization of monorail technology, a database on the transport system and the definition of a basic layout of metro route in territorial space. As a product, the result of cost-benefit analysis proposes a basic model of monorail technology implementation in the Metropolitan Public Transport Network in Goiânia, noting advantages and disadvantages of such a model. Last, but not least, final considerations about the methodology and the proposed model will be discussed. / Uma das abordagens do termo mobilidade tem como parâmetro a relação entre o espaço urbano territorial, o trânsito e os transportes e os elementos e tecnologias facilitadoras de deslocamentos de pessoas e bens. Os transportes e o trânsito têm se tornado atualmente, em cidades de médio e grande porte, um entrave ao desenvolvimento urbano e regional face às diversas situações antagônicas vivenciadas no contexto dos deslocamentos. Modelos de gestões são engendrados com a finalidade de buscar soluções, por parte da administração pública. Na cidade de Goiânia, município pólo-concentrador de atividades da Região Metropolitana de Goiânia, região com população estimada pelo IBGE, em 2011, de 2.206.134 habitantes e estimados 1.000.000 de veículos circulando em seu sistema viário, o embate pelo espaço nos leitos das vias entre veículos de passeio, de cargas e de transporte de passageiros, já permite uma visualização, nos horários de pico e em algumas regiões, do nível de saturação do sistema, o que compromete o transporte público de passageiros. Por sua vez, o modelo de gestão do Sistema de Transporte Público de Passageiros, efetivamente metropolitano e integrado, não tem conseguido alcançar metas satisfatórias em seus planos de ações tendo em vista suas características organizacionais. O presente trabalho propõe uma análise da inserção do uso da tecnologia monotrilho no Sistema Integrado de Transporte Público de Passageiros da Região Metropolitana de Transporte Coletivo de Goiânia, através da metodologia de análise custo benefício, a partir de uma caracterização sucinta da tecnologia monotrilho, de uma base de dados sobre o sistema e da definição de um traçado básico de itinerário no espaço territorial metropolitano.