The purpose of this thesis is to narrate the history of the Uncompahgre Utes to the time of their removal to Utah territory in 1881. During about three hundred years of Ue-Spanish, Mexican relations, the Uncompahgres were never seriously threatened with subjugation. With the acquisition of the horses and other trade goods from the Spanish, the Uncompahgres developed many traits of the Plains Indians. They ranged over vast areas hunting wile animals, and raiding whites and enemy tribes. But in less than thirty-three years after the signing of the Treaty of Guadalupe-Hidalgo which placed all of their domain within the bounds of the United States, the Uncomphgres were not only subjugated by the Americans, but moved off their land. This was done by the United States government prodded into action by land-hungry Coloradoans, through a series of five treaties or agreements. These were the Conejos Treaty in 1863, the treaty of 1868, the San Juan Cession of 1973 the Four-Mile Cession of 1879, and the agreement of 1881. Each of these pacts reduced the Uncompahgres land until it was all taken with the agreement of 1881, and they were removed from colorado to Utah.

The general area that was under consideration by this study is located in western Utah and eastern Nevada. The electronic combat test capability (ECTC) proposal potentially affected areas extending from the Great Salt Lake in the north to Milford, Utah in the south and from Eureka, Utah in the east to Ely, Nevada in the west. For most of this area potential impacts derived from the effects of air traffic. Construction and operation impacts would have occurred at various locations from throughout the study area. The largest concentration of both air flight and ground disturbance impacts would have occurred in one of three long valleys located south of the Dugway Proving Ground: Whirwind Valley, Tule Valley, and Snake Valley. These valleys are approximately 60 miles long and have a north to south orientation. The valleys are defined by mountain ranges with peaks from 7,000 to 12,000 feet elevation. Valley floors vary between 4,000 to 5,000 feet in elevation. So each valley involves different ecological zones that span as much as 8,000 vertical feet. This physically and ecologically diverse topography has been utilized by American Indian people for tens of thousands of years. For at least the past few hundred years it has been used by American Indian people belonging to the Goshute, Southern Paiute, and Ute ethnic groups. This report describes and summarizes the concerns of Goshute, Southern Paiute, and Ute Indian people for cultural resources that might have been potentially affected by proposed U.S. Air Force ECTC actions and alternatives in one of three candidate valleys in west - central Utah. Between March 6, 1989 and March 23, 1989, ethnographers from the Institute for Social Research at the University of Michigan, along with representatives of Science Applications International Corporation, Las Vegas, Nevada, and the United States Air Force, established a consultation relationship with four tribal governments who represent three American Indian ethnic groups involved in the cultural resources assessment study. During this time period, tribal representatives visited each of the three candidate valleys and the specific locations of proposed sites slated for potential ground disturbing activities and development within each candidate valley to comment on cultural resources that exist there.

Inom svensk process- och tillverkningsindustri finns det stora mängder spillvärme som sällan kommer till användning. Att hitta olika tekniska lösningar för att effektivt tillvarata denna spillvärme skapar både nytta ur ett hållbart perspektiv samt ur ett ekonomiskt perspektiv för företaget. I denna rapport presenteras en utarbetad beräkningsmodell i Excel. Beräkningsmodellen används för att uppskatta lönsamheten för anläggning av ett högtemperaturlager i berggrunden. Excel-filen ska kunna användas för företag som en första uppskattning om ett borrhålslager är ett alternativ för tillvaratagande av spillvärme. Utformningen av beräkningsmallen utgick från Xylems högtemperaturlager i Emmaboda. Beräkningsmallen testades på Xylems borrhålslager. Resultatet visar att 2166 MWh/år kan tas ut från lagret, vilket stämmer överens till 83 % med Xylems egna beräkningar. Borrhålslagrets verkningsgrad beräknades till 65 % vilket kan jämföras med de 68 % som Xylem kalkylerat med. Nyckelord: Borrhålslager, UTES-system, BTES-system, HT-BTES-system, geoenergi, spillvärme.

In July of 1853, Chief Wakara's band of Utes clashed in a series of violent confrontations with the Mormon settlers. This conflict is known as the Walker War. Many complex factors contributed to this war. After some earlier violence between Mormons and different bands of Utes between 1847 and 1851, the Mormons continued their quick expansion settling on Ute lands. From 1851 to 1853 Mormon and Ute relations continued to decline as Mormons expanded their settlements occupying Ute hunting grounds. In addition to these land encroachments, new laws were enacted regulating trade between the Spanish and Utes by Brigham Young. The most notable regulation on trade prohibited the Spanish and Ute slave trade. All these trade regulations hurt the Ute economy, particularly the most powerful equestrian Ute band, the Cheverets led by Chief Wakara. In the spring of 1853 Governor Brigham Young ordered out the state militia to arrest Mexican traders and to capture Wakara for engaging in the slave trade. Wakara had previously established a friendly relationship with Young and had invited the Mormons to settle his lands in Sanpete. Wakara had become committed to peaceful relations and cooperation with Young and the Mormon people. Wakara remained true to his desire for friendly relations even after seeing his economic status undermined by Mormon settlers. Young as well was committed to staying on peaceful terms with the Utes. Their followers, on the other hand, had difficulties overcoming the cultural divide. After the murder of a member of Wakara's band in July of 1853 by settler James Ivie, Wakara's band waged a series of raids against Mormon settlements. Wakara himself, however, was not involved in the war and continually tried to sue for peace. The war has been mislabeled with Wakara's name; he was not really involved in the violence. Yet it was indeed a war. The war had a great impact on the Mormon settlers. Settlers abandoned their homes and had to move into forts. For the Mormons involved, this conflict was neither small nor inconsequential; it was a major disruption involving a great portion of the Utah Territory.

The rapidly evolving Internet of Things (IoT) systems demands addressing new requirements. This particularly needs efficient deployment of IoT systems to meet the quality requirements such as latency, energy consumption, privacy, and bandwidth utilization. The increasing availability of computational resources close to the edge has prompted the idea of using these for distributed computing and storage, known as edge computing. Edge computing may help and complement cloud computing to facilitate deployment of IoT systems and improve their quality. However, deciding where to deploy the various application components is not a straightforward task, and IoT system designer should be supported for the decision. To support the designers, in this thesis we focused on the system qualities, and aimed for three main contributions. First, by reviewing the literature, we identified the relevant and most used qualities and metrics. Moreover, to analyse how computer simulation can be used as a supporting tool, we investigated the edge computing simulators, and in particular the metrics they provide for modeling and analyzing IoT systems in edge computing. Finally, we introduced a method to represent how multiple qualities can be considered in the decision. In particular, we considered distributing Deep Neural Network layers as a use case and raked the deployment options by measuring the relevant metrics via simulation. / <p>Note: The papers are not included in the fulltext online</p>