The mobile parking system is designed in this project. This system have to make the mobile parking payment easier, to save drivers dear time and money, to reduce traffics and pollution in the centre of the city. Implementing our mobile parking system we will avoid all these problems. Our clients will be all users who has cars and terminal ware (personal computer with connection to the internet, mobile phone which has WAP or GPRS function, laptop). Payment will be very simple, if the place is reserved for you, from that moment the money is begin to count from your account. If it is possible, you will received full information how to drive to your reserved place.

The mobile parking system is designed in this project. This system have to make the mobile parking payment easier, to save drivers dear time and money, to reduce traffics and pollution in the centre of the city. Implementing our mobile parking system we will avoid all these problems. Our clients will be all users who has cars and terminal ware (personal computer with connection to the internet, mobile phone which has WAP or GPRS function, laptop). Payment will be very simple, if the place is reserved for you, from that moment the money is begin to count from your account. If it is possible, you will received full information how to drive to your reserved place.

Master of Science / Department of Computing and Information Sciences / Daniel A. Andresen / Locating a parking spot during peak hours in most populated areas like shopping malls, universities, exhibitions or convention centers is difficult for the drivers. The difficulty rises from not knowing where the available spots may be at that required time. Smart parking is a solution to metropolitan cities to reduce congestion, cut vehicle emission totals and save persons' time by helping them in finding a spot to park. Smart Parking is a parking system, usually a new one that is equipped with special structured devices (things) to detect the available parking slots at any parking area. This is an application based on Internet of Things (IoT) that in Real-Time environment have sensors and devices embedded into parking spaces, transmitting data on the occupancy status; and the vehicle drivers can search for parking availability using their mobile phones or any infotainment system that is attached to the vehicle. Hence the driver would know where there is an available spot to park his vehicle in less time, reducing the energy consumption and air pollution. The Client or the sensor posts the parking slot occupancy status to a web service URL. The Java based web service is built using Spring and Hibernate to connect to the backend system. The web service (.war) file is deployed on Apache Tomcat Server and the backend used is MySQL database.

The thesis deals with the project documentation of the contruction of an accommodation facility. The hotel capacity is 28 beds and 44 seats at the restaurant. The contruction consists of four floors. The entrance with the reception, the lobby bar and the garage with six parking systems for twelve parking slots are located in the first floor. The second floor includes the restaurant and two conference rooms. The third and the fourth floor consist of fourteen rooms for guests, two of the rooms are adapted to people with limited mobility. The building is contructed of masonry system and it has flat roof. The project was designed in the Auto Cad program.

En Lima, se ha incrementado la cantidad de autos y camionetas, pese a ello no hay una adecuada infraestructura lo que genera déficit de estacionamientos para la cantidad de personas que compran autos nuevos (Gestión, 2018). Un informe de INEI (2018) manifiesta que los espacios para estacionar son escasos para el incremento de autos de 20% desde el 2014 al 2018. Pese a ello, las playas de estacionamiento no se han visto incrementados en la misma proporción debido a la menor cantidad de terrenos libres para operar. En consecuencia, no se ha podido cubrir la demanda de parqueos en la actualidad (Municipalidad de Lima, 2017). Por ello, se creó a Easy parking, un sistema de parqueo innovador en el centro histórico de Lima que consiste en dar solución a la escasez de estacionamientos, un sistema de parqueo rotativo y automático que utiliza el espacio vertical de los aires para aparcar y no el espacio horizontal. Con esta tecnología, Easy Parking podrá estacionar 10 autos en lugar de 2 como los estacionamientos tradicionales de la competencia, siendo una alternativa de solución al congestionamiento vehicular y a la falta de parqueos en el lugar. Asimismo, para hacer el negocio más eficiente e innovador, se creó una aplicación móvil para reservar los estacionamientos disponibles en línea. Luego de analizar el mercado y de diseñar las especificaciones técnicas del servicio se concluye que Easy Parking es un proyecto viable y rentable por sus indicadores que confirman su rentabilidad y viabilidad. / In Lima, the number of cars and trucks has increased, despite this, there is no adequate infrastructure, which generates a parking deficit for the number of people who buy new cars (Gestión, 2018). A report by INEI (2018) states that parking spaces are scarce for the 20% increase in cars from 2014 to 2018. Despite this, parking spaces have not been increased in the same proportion due to the lower amount of free land to operate. Consequently, it has not been possible to cover the parking demand at present (Municipality of Lima, 2017). For this reason, Easy parking was created, an innovative parking system in the historic center of Lima that consists of solving the shortage of parking lots, a rotary and automatic parking system that uses the vertical space of the air to park and not horizontal space. With this technology, Easy Parking will be able to park 10 cars instead of 2 like the traditional parking lots of the competition, being an alternative solution to vehicular congestion and the lack of parking on site. In addition, to make business more efficient and innovative, a mobile application was created to reserve parking spaces available online. After analyzing the market and designing the technical specifications of the service, it is concluded that Easy Parking is a viable and profitable project due to its indicators that confirm its profitability and viability. / Trabajo de investigación

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La gestion du stationnement se présente comme un levier phare pour l’orientation modale des déplacements urbains : en effet les restrictions par la rareté ou le prix pénalisent le mode automobile et renforcent l’attrait des autres modes de déplacement, plus économes en impacts sur l’environnement. Cependant une gestion restrictive augmente la difficulté de trouver une place, les parcours de recherche et les gênes à la circulation, ce qui accroît l’impact environnemental de chacun des déplacements automobiles subsidiaires. Cette thèse traite la problématique quantitative de l’offre et de la demande de stationnement automobile en milieu urbain, au prisme de l’éco-conception pour rendre la planification plus soutenable. Elle propose un modèle de simulation qui permet d’étudier des plans de gestion de stationnement, en privilégiant le fonctionnement technique du système et son interaction avec la circulation. La première partie propose une analyse de l’évolution du stationnement urbain dans les politiques publiques en France, suivie d’une analyse théorique mettant en avant les enjeux et des défis que soulève une démarche d’éco-conception. Une exploration systémique du stationnement, centrée sur ses dimensions physiques, fonctionnelles et spatiales, est ensuite présentée. De plus, une méthodologie pour diagnostiquer l’état du stationnement à l’échelle d’une agglomération, sur la base d’une Enquête Ménages Déplacements, est développée Elle est illustrée par une application à l’Île-de-France en 2010.La deuxième partie est consacrée à la modélisation spatialisée du système de stationnement. Elle commence par une revue de littérature spécifique. Puis nous proposons un traitement statique des interactions entre stationnement et circulation routière, à l’échelle locale. Un modèle spatialisé d’affection de trafic à l’équilibre (modèle ParkCap) est développé. Il permet de modéliser les choix conjoints d’itinéraire et de lot de stationnement, en considérant explicitement les contraintes de capacités de l’offre et le phénomène de recherche de places sur le réseau routier. Pour démontrer le fonctionnement du modèle deux exemples numériques sont traités, avant de décrire brièvement la structure du simulateur informatique. La troisième et dernière partie fournit une application du modèle à la planification stratégique du stationnement dans le quartier de la cité Descartes. Après un diagnostic territorial du site et de son système de stationnement, une simulation de l’état de référence de 2010 est mise en œuvre. L’application permet d’illustrer la méthode opératoire et de démontrer les capacités de l’outil ParkCap à reproduire une situation réelle et d’évaluer plusieurs variantes alternatives de gestion locale de stationnement. Nous l’étendons à une étude prospective de l’évolution du système de stationnement à l’horizon de 2030. En anticipant les transformations urbaines associées au projet urbain du Grand Paris Express, trois scénarios contrastés d’offre de stationnement sont comparés et évalués / Parking management is a key lever for the modal orientation of urban travel. Indeed, restrictions by scarcity or price penalize the automobile mode and increase the attractiveness of alternative travel modes, which have less impact on the environment. However, restrictive management increases the difficulty of finding an available spot, cruising for parking and traffic congestion, which raises the environmental effect of each of the subsidiary car journeys. This thesis deals with the quantitative problem of the supply and demand of car parking in urban areas through the prism of eco-design to make planning more sustainable. It proposes a simulation model which allows to study parking management plans, focusing on the technical functioning of the system and its interaction with road traffic. The first part proposes a comprehensive overview of the evolution of urban parking in public policies in France, followed by a theoretical analysis of the issues and the challenges raised by an eco-design approach of parking. A systemic exploration centered on its physical, functional and spatial dimensions is then given. Finally, a methodology for diagnosing parking practices at the level of an agglomeration based on a household travel survey is developed and illustrated by an application to the Île-de-France in 2010.The second part is devoted to the spatial modeling of the parking system. It begins with a review of specific literature. Then, we propose a static treatment of the interactions between parking and road traffic at the local level. A spatialized network assignment model (ParkCap model) is developed. It enables to model the joint choices of network route and parking lot and explicitly considers supply capacities constraints and the phenomenon of cruising for parking on the road network. The model’s performance is demonstrated by two numerical examples. Lastly, the structure of the computer simulator prototype is briefly presented. The third and final part provides an application of the model to the strategic planning of parking in the district of Cité Descartes. After a territorial diagnosis of the study area and its parking system, a simulation of the 2010 reference state is implemented. The application demonstrates the ability of the ParkCap tool to simulate a real network and to evaluate several parking management plans. We extend it to a prospective study of the parking system by 2030. By anticipating the urban transformations associated with the Greater Paris Express project, three contrasting scenarios of parking supply are compared and evaluated

The presented diploma thesis was elaborated as an architectural study of the Moravian wine center in Brno according to the assignment. The aim was to create a multifunctional object, which will serve as a center of winery in South Moravian region and also as a cultural center related to wine and gastronomy. The proposal of the building was created with the five above-ground floor and one basement. It is situated in a rowhouse on the street Hlinky, which is historically associated with the cultivation and production of wine. The wine center consists of the restaurant, hotel, gallery, winehouse, shops, congress halls, offices of the Wine Institute and a garage with an automatic parking system.

The main aim of this thesis is a fabrication drawings on the corner multifunctional building in Camp by urban, architectural and structural engineering solutions.

I have designed the construction of a apartment building with multifunctional usage. A significant element is the internal automatic parking system, which is a relief for the residents of the house on a street crowded with parked cars. On the ground floor is a lucrative cafe with sitting area and two bowling lines. The house contains 18 housing units for 4-6 people. People are attracted by prestigious location with views of the city Brno on the dominant historical monuments and are attracted by a pleasant interior of the apartments, too. They are logically divided into 4 zones - day, night, working and relaxing. For relaxation, they may use the spacious balconies, terraces and a common area in the garden with children's play area. One part of this work is a focus on securing of construction pit and foundation of a building, which is almost a technical delicacy.