This project compare several well-known PHP frameworks and their main characteristics. Creating the content management system with using sophisticated administration interface and access rights. Realization module for ordering and managing smart card for public transport company. Using modern payment methods using 3D secure. Dynamically change the price lists, zones and types of cards. It is created checking neighbor zones that can not be chosen meaningless combinations zones.

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The Massachusetts Municipal Vulnerability Preparedness Program (MVP Program) has funded Community Resilience Building workshops in hundreds of communities over the past 6 years. The Planning Reports produced by these workshops offer valuable insight into the climate adaptation and climate justice priorities of Massachusetts municipalities. Climate justice literature holds that the impacts of climate change will be disproportionately felt by marginalized communities, and those addressing climate change should address the risks faced by those communities, referred to as Environmental Justice (EJ) Communities in Massachusetts. Using an inductive qualitative coding approach, this study analyzes 30 Planning Reports from towns with High, Medium and Low presence of EJ populations. The analysis found that the MVP program has been effective at incentivizing towns to plan for future climate change hazards, by gating funding for immediate projects behind a long-term planning process. The study also found that town Planning Reports tend to prioritize flooding adaptation and prevention over other climate hazards, even hazards that are externally reported to pose greater risk to the community. Finally, when discussing the protection of vulnerable populations, towns tend to define “vulnerable” narrowly as elderly populations, although some High-EJ towns broaden that definition to include other marginalized populations. The findings offer insight into the effectiveness of the MVP program for other states who might use it as a model. The findings can also demonstrate how municipalities in Massachusetts and beyond are planning to use climate adaptation funding as it is made available.

The content of this thesis is the design and implementation of system for managing website. At first we define term content management system and existing open-source systems of this type are discussed. Then we determinate the requirements for the designed system, including an application that enables centralized management of updates, operating on different domains. In the next part we design architecture of system and implement it with using Nette framework and database layer Doctrine.

The master's thesis deals with biometric systems, especially these based on human recognition by finger veins. It describes some development principles of the new biometric system. It proposes some new approaches to the comparison of finger vein patterns and their fast identification in sizable databases. Verification is based on templates comparison by similarity and distance measures with proposed alignment approaches. The proposed method of identification is based on the combination of clustering and genetic algorithm. The second option is using the indexing tree structure and searching by range query.

<p>The minimum ecologically viable population size (MEVP) of a species describes the minimum size at which the species itself or another species in the same ecosystem goes extinct as a result of the loss of inter-specific interactions. The MEVP shows a good potential for use as a tool for exploring the mechanisms behind species extinctions, but presently only a small amount of research has been done that takes advantage of this. In this study the MEVP is used to investigate what properties of species can be used as good indicators of ecological importance. 100 large computer generated food webs were created with an assembly model and the reduction in density that was necessary to induce an extinction event in the web was subsequently determined for each species within the webs. This change in density was then correlated with 28 different properties, measured for each species. The results show that properties that measure how well connected a species is, as well as measures of the species role as a prey item in the web are the ones with the greatest potential to find species with high MEVP. Further, the results put emphasis on the importance of regarding the web as a whole when working with species extinctions, while also highlighting the usefulness of the MEVP concept.</p>

The minimum ecologically viable population size (MEVP) of a species describes the minimum size at which the species itself or another species in the same ecosystem goes extinct as a result of the loss of inter-specific interactions. The MEVP shows a good potential for use as a tool for exploring the mechanisms behind species extinctions, but presently only a small amount of research has been done that takes advantage of this. In this study the MEVP is used to investigate what properties of species can be used as good indicators of ecological importance. 100 large computer generated food webs were created with an assembly model and the reduction in density that was necessary to induce an extinction event in the web was subsequently determined for each species within the webs. This change in density was then correlated with 28 different properties, measured for each species. The results show that properties that measure how well connected a species is, as well as measures of the species role as a prey item in the web are the ones with the greatest potential to find species with high MEVP. Further, the results put emphasis on the importance of regarding the web as a whole when working with species extinctions, while also highlighting the usefulness of the MEVP concept.

Every software program that interacts with a user requires a user interface. Model-View-Controller (MVC) is a common design pattern to integrate a user interface with the application domain logic. MVC separates the representation of the application domain (Model) from the display of the application's state (View) and user interaction control (Controller). However, studying the literature reveals that a variety of other related patterns exists, which we denote with Model-View-* (MV*) design patterns. This thesis discusses existing MV* patterns classified in three main families: Model-View-Controller (MVC), Model-View-View Model (MVVM), and Model-View-Presenter (MVP). We take a practitioners' point of view and emphasize the essentials of each family as well as the differences. The study shows that the selection of patterns should take into account the use cases and quality requirements at hand, and chosen technology. We illustrate the selection of a pattern with an example of our practice. The study results aim to bring more clarity in the variety of MV* design patterns and help practitioners to make better grounded decisions when selecting patterns.

The work deals with recording and tracking of the objects in a certain area. It also puts mind to web services, mapping applications and modern standards, which seeks to compare and choose the best for this project. Then explore the existing systems and discusses their pros and cons, which specifies the requirements and propose solutions to information system built of selected technologies in order to create a friendly user interface. The proposed solution implements using modern PHP frameworks based on the MVP design pattern, and finally deals with verification of functionality and outline future developments.

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