Plan zemelʻnogo otvoda uchastka N 50-51 poselka N 2 Krivorogskogo okruga, Shirokovskogo raĭona, ploshchadiʻ︠u︡ 557,0720 gektara

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Plan zemelʻnogo otvoda uchastka N 50-51 poselka Nº 1 Krivorogskogo okruga, Shirokovskogo raĭona, ploshchadiʻ︠u︡ 592,2279 gektarov

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Plan zemelʻnogo otvoda s.-kh. arteli "Krasnyĭ Pakharʻ" Krivorogskogo okruga, Sofievskogo raĭona ploshchadiʻ︠u︡ 1380 desi︠a︡tin

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Plan zemelʻnogo otvoda uchastka N 15 Krivorogskogo okruga, Mikhaĭlovskogo raĭona ploshchadiʻ︠u︡ 329 gektarov

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Obshchestvennye usadʻby na uchastke 165/15

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Plan zemelʻnogo otvoda uchastka N 165/15 Krivorogskogo okruga, Mikhaĭlovskogo raĭona ploshchadiʻ︠u︡ 329 gektarov

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Skhematicheskiĭ chertezh razbivki zemli po poli︠a︡m shestipolʻnogo sevooborota na uchastke "Ėrdarbeĭter" Dnepropetrovskogo okruga Sinelnikovskogo raĭona

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Vykopirovka s proektnogo plana Kurmanskoĭ D.R. Dzhankoĭskogo raĭona

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Sundukovskiĭ fond KOMZETa

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Vykopirovka s plana Baraszhanskoĭ dachi razverstanii︠a︡ Karasubazarskogo raĭona na zemli trudovogo polzovanii︠a︡ "KOMZETa" i zapadnoĭ chasti Mushashskoĭ dachi

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Plan uchastka kolonizat︠s︡ionnogo fonda pod Nº 102/7, Krivorogskogo okruga Bozhedarovskogo raĭona ploshchadiʻ︠u︡ 1907 gektarov

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Uchastok Komzeta - Sarabuzskai︠a︡ dacha

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Uchastok N 56 Krivorogskogo okruga i raĭona

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Jacob Plaut Family Collection Interview Disc circa 1930-1940

Private press aluminum phonographic record sent to Jakob Plaut in Berlin by his sons Günther and Walter in Maine, United States, on his 58th birthday with their birthday wishes and an interview. Each side is only a few minutes long.

XML Messaging for Mobile Devices

In recent years, XML has been widely adopted as a universal format for structured data. A variety of XML-based systems have emerged, most prominently SOAP for Web services, XMPP for instant messaging, and RSS and Atom for content syndication. This popularity is helped by the excellent support for XML processing in many programming languages and by the variety of XML-based technologies for more complex needs of applications. Concurrently with this rise of XML, there has also been a qualitative expansion of the Internet's scope. Namely, mobile devices are becoming capable enough to be full-fledged members of various distributed systems. Such devices are battery-powered, their network connections are based on wireless technologies, and their processing capabilities are typically much lower than those of stationary computers. This dissertation presents work performed to try to reconcile these two developments. XML as a highly redundant text-based format is not obviously suitable for mobile devices that need to avoid extraneous processing and communication. Furthermore, the protocols and systems commonly used in XML messaging are often designed for fixed networks and may make assumptions that do not hold in wireless environments. This work identifies four areas of improvement in XML messaging systems: the programming interfaces to the system itself and to XML processing, the serialization format used for the messages, and the protocol used to transmit the messages. We show a complete system that improves the overall performance of XML messaging through consideration of these areas. The work is centered on actually implementing the proposals in a form usable on real mobile devices. The experimentation is performed on actual devices and real networks using the messaging system implemented as a part of this work. The experimentation is extensive and, due to using several different devices, also provides a glimpse of what the performance of these systems may look like in the future.