The aim of this diploma thesis is to elaborate the project documentation of a new-built home for the elderly, in the cadastre unit of small town Blížkovice. It is a three-storey building with a basement. On the basement there are cellar berths, garage and technical facilities. On the first floor there is facilities, dining rom, a doctor´s surgery, massage, hairdresser´s and pedicure. On the second and third floor there are common areas and a total of twenty-two residentail units (1+kk – eighteen flats, 2+kk – two flats). The vertical loadbearing structures are made of clay blocks and lost formations. The object is insulated by a contact thermal insulation systém. The horizontal loadbearing structures and staircase are made of reinforced monolithic concrete slab. The roof consists of a flat roof with extensive green and terrace. There are ten parking spaces on the ground.

This diploma thesis is exploring the plan for the construction of kindergarten in the city of Velíková. The kindergarten is located in the north part of the properties with numbers 528/1 and 63. It is a two-floor building with partial basement. The building is designed for three classes with the total number of pupils being 54. In the western part of the property a car park is designed with 18 parking spaces in total. From the layout perspective, on the first floor, there are two classes and a utility rooms for the employees. All rooms have a separate entrance, so that there is no obstruction or interference. On the second floor, there is one class and a school staffroom situated. There are storage and a technical facility located in the cellar. The building’s supporting system is made from sand-lime bricks. Reinforced concrete panels Spiroll create the roof construction. The diploma thesis contains project documentation for construction work.

This diploma thesis is focused on design and postprocessing of project documentation for two storey, cellular basement kindergarten in Měrovice nad Hanou. The target is to create operational dispositive solution which takes account of everyday operations. The operation consists of two class, a multipurpose hall, an operating section and a part of teachers. The buiding is designed from construction system Porotherm. It is built with warm flat roof and the building is based on strip foundations.

The aim of this master thesis is to design home for the residential care of elderly and disabled people in Žďár nad Sázavou. It is designed as a three-storey building with a basement. There are technical facilities, in the basement. Canteen, doctor´s office, manager‘s office and reception are located on the first floor. Second and third floor contains common premises and residential units.building has a prefabricated reinforced concrete structural framework with mineral wool thermal insulation. It is covered with an extensive green roof. Piles are designed as the foundation. Partition wall is designed from plasterboard. The project and 3D rendering were carried out in Revit and Lumion software. All structures comply with the valid standards and regulations. The building site contains also an outdoor car park and a park.

The diploma thesis deals with the administrative building, which will serve as a municipal office in Rapotín. The building is designed as an extension to the existing cultural center Rapotín. The building structure is made as a masonry construction with ceiling construction of prestressed panels Spiroll. Single-layer flat roof is divided into two levels, the lower part is extensive green roof and the top of the roof is made such as usual flat roof. The building has two floors and partial basement coverage as well. The building is provided with four sheltered parking lots.

Annotation The aim of the thesis is new-building design of mixed-use building in cadastral of community Nové Mesto nad Váhom. Building is situated at free estate in the marginal of community. Building estate must have new feeder road built. In front of building will be the parking area. The mixed-use building is detached and four-storied building. At basement is situated underground garage for ten cars and store houses for flats. At first floor is situated cafe and commercial space. Cafe has kitchen, stock rooms and WC. Commercial space has staff facilities and sales area. One of the shops has back door to stock room. Parking space for staff is next to building. At second and third floor is situated eight flats. Four flats has 3 rooms and four left has 2 rooms. Each flat has got stock room, WC and bathroom. In each flat is situated entrance to the terrace. Terrace is on extensive green roof orientated to southwest. In the flats is kitchen together with living room because of bigger space. Floor in the flats is combination of ceramic tiles and laminated floor. Area with flats has a lift. Concrete foundations are on micropiles. Project is set up with system LIVETHERM building has heat cladding. At the building are plastic windows and colour is matching with facade. Foothpath around building are from interlocking pavement. Whole documentation is prepared to realization of building. Drawing documentation is prepared by software AUTOCAD.

This diploma thesis on a topic “Nursery school in Třebíč” deals with a new building proposal of a nursery school. The building is situated in Třebíč, in a densely populated part of the town which is called Podklášteří. It is a brick single-storey detached building, mounted on a gentle slope with green vegetation. The layout of the building is divided into three departments and an operational part. In each department, there is a dressing room, food distribution, study and dining room, playroom with a cushy job, toy store, warehouse of folding beds and bedding, washroom, toilet, utility room and room for the air handling units. Departments are covered by wooden trusses which bear single-layer saddle-shaped roof with an extensive green vegetation. Above the operational part, there is a single-layer flat roof. Wall system is made of ceramic blocs of a system Porotherm and trusses are from a company called Vazníky D.N.K.

Le principe de l'Internet des objets (IdO) est d'interconnecter non seulement les capteurs, les appareils mobiles et les ordinateurs, mais aussi les particuliers, les maisons, les bâtiments intelligents et les villes, ainsi que les réseaux électriques, les automobiles et les avions, pour n'en citer que quelques-uns. Toutefois, la réalisation de la connectivité étendue de l'IdO tout en assurant la sécurité et la confidentialité des utilisateurs reste un défi. Les systèmes IdO présentent de nombreuses caractéristiques non conventionnelles, telles que l'évolutivité, l'hétérogénéité, la mobilité et les ressources limitées, qui rendent les solutions de sécurité Internet existantes inadaptées aux systèmes basés sur IdO. En outre, l'IdO préconise des réseaux peer-to-peer où les utilisateurs, en tant que propriétaires, ont l'intention d'établir des politiques de sécurité pour contrôler leurs dispositifs ou services au lieu de s'en remettre à des tiers centralisés. En nous concentrant sur les défis scientifiques liés aux caractéristiques non conventionnelles de l'IdO et à la sécurité centrée sur l'utilisateur, nous proposons une infrastructure sécurisée de l'IdO activée par la technologie de la chaîne de blocs et pilotée par des réseaux peer-to-peer sans confiance. Notre infrastructure sécurisée IoT permet non seulement l'identification des individus et des collectifs, mais aussi l'identification fiable des objets IoT par leurs propriétaires en se référant à la chaîne de blocage des réseaux peer-to-peer sans confiance. La chaîne de blocs fournit à notre infrastructure sécurisée de l'IdO une base de données fiable, immuable et publique qui enregistre les identités individuelles et collectives, ce qui facilite la conception du protocole d'authentification simplifié de l'IdO sans dépendre des fournisseurs d'identité tiers. En outre, notre infrastructure sécurisée pour l'IdO adopte un paradigme d'IdO socialisé qui permet à toutes les entités de l'IdO (à savoir les individus, les collectifs, les choses) d'établir des relations et rend l'IdO extensible et omniprésent les réseaux où les propriétaires peuvent profiter des relations pour définir des politiques d'accès pour leurs appareils ou services. En outre, afin de protéger les opérations de notre infrastructure sécurisée de l'IdO contre les menaces de sécurité, nous introduisons également un mécanisme autonome de détection des menaces en complément de notre cadre de contrôle d'accès, qui peut surveiller en permanence le comportement anormal des opérations des dispositifs ou services. / The premise of the Internet of Things (IoT) is to interconnect not only sensors, mobile devices, and computers but also individuals, homes, smart buildings, and cities, as well as electrical grids, automobiles, and airplanes, to mention a few. However, realizing the extensive connectivity of IoT while ensuring user security and privacy still remains a challenge. There are many unconventional characteristics in IoT systems such as scalability, heterogeneity, mobility, and limited resources, which render existing Internet security solutions inadequate to IoT-based systems. Besides, the IoT advocates for peer-to-peer networks where users as owners intend to set security policies to control their devices or services instead of relying on some centralized third parties. By focusing on scientific challenges related to the IoT unconventional characteristics and user-centric security, we propose an IoT secure infrastructure enabled by the blockchain technology and driven by trustless peer-to-peer networks. Our IoT secure infrastructure allows not only the identification of individuals and collectives but also the trusted identification of IoT things through their owners by referring to the blockchain in trustless peer-to-peer networks. The blockchain provides our IoT secure infrastructure with a trustless, immutable and public ledger that records individuals and collectives identities, which facilitates the design of the simplified authentication protocol for IoT without relying on third-party identity providers. Besides, our IoT secure infrastructure adopts socialized IoT paradigm which allows all IoT entities (namely, individuals, collectives, things) to establish relationships and makes the IoT extensible and ubiquitous networks where owners can take advantage of relationships to set access policies for their devices or services. Furthermore, in order to protect operations of our IoT secure infrastructure against security threats, we also introduce an autonomic threat detection mechanism as the complementary of our access control framework, which can continuously monitor anomaly behavior of device or service operations.

The thesis solves the project of a kindergarten in the field of inclination 7%. The kindergarten is located on the plots number 570, st. 373, st. 374 in the village Vrané nad Vltavou. The building has two floors and one basement. The kindergarten is for 60 children and for 11 employees. The building serves as a preschool institution for raising children. The supporting structure consists of a precast concrete frame supplemented in the basement by a cast-in-place wall and a foundation slap. External walls and partitions form sand-lime bricks Sendwich. The external walls are completed with Orsilt TF Profi mineral insulation th. 280 mm. The floors are made of prestressed concrete floor slabs Spiroll PPD 256 th. 250 mm supported by T and L primary beams. The building ends with a could extensive green roof. The slope and space for the blow-in insulation Climatizer Plus uses Steico Joist 400 I-beams. Windows are wooden frame Optiwin Purista and doors are Optiwin Entrada.

Social benefits were forecasted to increase by 13 percent to 2022 before the pandemic hit the economy (Prop. 2018/19:1). In the latest forecast it has almost doubled: an increase of 24 percent to 2022 (Prop. 2020/21:1). Youths and immigrants are particularly affected by the downturn, especially since labor market sectors were both groups often have their first job are in the center of attention for government restrictions to lower the spread of Covid-19. These two groups are overrepresented among social benefit recipients when being unemployed (Socialstyrelsen, 2020), since they have not qualified to national unemployment insurances (Rosengren, 2017). The municipal social assistance was intended to be the outermost safety net. Though the transfer should be short-term, over 40 percent of the households receiving social benefits do it for more than ten months, and the share increases[1]. Social benefit could now be considered a complement to national transfers and an extra unemployment benefit for those who are not eligible for the national social safety system on the labor market. Municipalities are allowed to demand participation in different activities – henceforth called activation – as a prerequisite for social benefit eligibility. Under the assumption of full-time activation for social benefit recipients, the difference in leisure between employment or unemployment with activation is zero (0). This affect the cost of labor for the individual, which is usually partly described as the relative value of leisure (non-monetary costs). If it does not cost any leisure to leave unemployment for employment, the disutility of work decrease. Social benefits also reimburse monetary labor costs, such as commuting, wherefore there is no difference in fixed labor costs either. Differences in disposable income is then the only remaining variable to decide the individuals labor supply, according to conventional labor market theory; if the disposable income when working exceed the disposable income when not working, the individual should work. A social benefit recipient is eligible for the job stimulus after six months of social benefit dependency, giving a 25 percent earnings disregard on the net labor income. This is an exception from the usual one-to-one discount (or 100 percent marginal effect) on the transfer when receiving other incomes, such as national transfers or wage. The stimulus is intended to increase the incentives for working and motivate those who are long-term recipients to be active on the labor market[2]. During this time period, all recipients have a larger disposable income if working compared to not working – combined with the other assumptions above, this means all recipients should work when being eligible for job stimulus. Available data (Socialstyrelsen, 2016) shows only 1.8 percent of all recipients actually had labor incomes and got the earnings disregard, inferring a deviation from the expectations of common labor market theory. Meaning there could be an unknown variable in the utility function, decreasing the utility from working more than the utility increase from the job stimulus. There are a variety of possible explanations, such as asymmetric information, stigmatization, matching problems et cetera. In this thesis, the focus will be effort. This is the explanation closest to the standard model, where the disutility of lost leisure due to labor is the centerpiece. In my previous thesis (Rosengren, 2019), I introduced a draft of an effort model. In this model, working came with a larger effort than activation giving rise to a disutility. The income differential needs to exceed the cost of the extra effort if the individual should choose to work. Expanding the standard model could provide a more sufficient tool for analyzing labor market participation and employment effects in the social benefit system. This thesis provides a model for analyzing the individual’s decision on the extensive margin – to work or not to work – in transfer systems, with regard to effort, shirking and effective leisure. I simulate the effort level corresponding to the share of social benefit recipients observed to have labor income during the job stimulus spell. Finding the effort in activation being approximately 71.5 percent of the effort when employed. I also forecast the effect of the planned increase in the job stimulus from 25 to 50 percent by the same simulation; 1 percent of the social benefit recipients are expected to leave activation for employment due to the doubled job stimulus. I optimize effort (from the policy-maker’s perspective) at different skill levels to find the effort level were all will supply labor. If enforcing 99.65 percent effort 83.44 percent are expected to leave activation for work. / Allt fler arbetslösa försörjer sig på ekonomiskt bistånd istället för de statliga arbetslöshetsersättningarna. Ekonomiskt bistånd eller försörjningsstöd är inte utformat med drivkrafter för arbete i beaktande. Exempelvis får den som tar emot bidraget inget utbyte av att börja arbeta förrän arbetsinkomsten överstiger försörjningsstödsnormen. För ett hushåll med två vuxna och fyra barn innebär det ca 30 000 SEK efter skatt. Finns det dessutom inga aktivitetskrav förlorar hushållet samtidigt fritid av att börja arbeta. Jobbstimulansen infördes för att få drivkrafter för arbete i försörjningsstödet. Det innebär att den som haft ekonomiskt bistånd i sex månader och börjar arbeta får behålla 25 procent av nettoinkomsten, istället för att bidraget minskar krona för krona när löneinkomsten ökar. Under antagandet om heltidsaktivering för försörjningsstödsmottagare är den tillgängliga fritiden lika för den som arbetar och för den som är arbetslös, därmed är den rörliga kostnaden av att arbeta lika. Eftersom försörjningsstödet kompenserar för eventuella kostnader som uppstår för den som börjar jobba, såsom förskoleavgift eller pendlingskostnader, påverkas inte disponibelinkomsten av fasta kostnader för att arbeta heller. Försörjningsstödsmottagare med jobbstimulans och heltidsaktivering kan således tjäna mer pengar och därmed öka sin nytta, utan att öka sin onytta (eftersom fritiden är oförändrad), genom att börja arbeta. Utifrån arbetsutbudsteori skulle förväntan vara att alla skulle börja arbeta under sådana förutsättningar. Trots det visar en uppföljning att bara 1,8 procent arbetar. Det kan finnas olika förklaringar till att så få börjar arbeta; bristande information om jobbstimulansen, sök- och matchningsproblem och så vidare. I den här uppsatsen prövas skillnader i ansträngning genom att anpassa en modell för arbetsutbud till det svenska socialbidragssystemet, och ge bidragstagare möjlighet att lata sig eller skolka i aktiveringen – inspirerat av den etablerade shirking theory – för att utöka sin effektiva fritid. Studier visar att människor upplever skolk eller lathet som substitut till ledighet. Även om den faktiska fritiden är densamma för den som arbetar och den som är arbetslös men deltar i aktivering, kan skillnader i ansträngning därmed innebära att den effektiva fritiden skiljer sig. När den som kan få jobbstimulans ska börja arbeta innebär det då en minskad effektiv fritid, och därmed en onytta eller upplevd kostnad av arbete. Försörjningsstödsmottagaren väljer sin ansträngning, som ger upphov till olika mycket onytta beroende på individens färdigheter där den med mer färdigheter har en lägre onytta av arbete eller ansträngning. Om personen arbetar eller inte beror på om den ökade nyttan av att börja arbeta med jobbstimulans överträffar onyttan av den minskade effektiva fritiden av att börja arbeta, givet individens färdigheter. I uppsatsen undersöks effekten av förändringar i olika variabler – ansträngning, färdighet och jobbstimulans – och jag finner att jobbstimulansen bara påverkar nyttan på marginalen, i jämförelse med stora effekter av ökad ansträngning eller ökade färdigheter. Vidare simuleras vilken ansträngningsnivå som korresponderar med att 1,8 procent arbetar och därmed har större nytta av jobbstimulansen än av den extra effektiva fritiden. Det visar sig att ansträngningen i aktiveringen verkar vara 71,5 procent jämfört ansträngningen på ett jobb. Om jobbstimulansen fördubblas, till en offentligfinansiell kostnad av 100 miljoner SEK, ökar andelen som börjar jobba bara med drygt en procentenhet vid bibehållen ansträngningsnivå. I uppsatsen beräknar jag även optimal ansträngningsnivå för att alla vid en viss färdighetsnivå ska börja arbeta. Det visar sig att om ansträngningsnivån höjs med knappt 20 procentenheter till 90 procent, skulle andelen som börjar arbeta stiga från 1,8 procent till 51 procent. Utöver dessa nya tillskott – förklaringsmodeller och resultat – till fältet, innehåller uppsatsen dessutom förslag på empiriska tester av andra förklaringar. För att genomföra simuleringar och kalkyleringar, har en modell över det svenska bidrags- och skattesystemet byggts i Matlab. Även den är att betrakta som ett tillskott.