A new map of Denmark, Norway, Sweden, & Moscovy shewing their present general divisions, cheif, [!] cities or towns, rivers, mountains, &c.

[N. 1:8500000].

A new map of Denmark, Norway, Sweden & Moscovy, shewing their present general divisions, cheif, cities or towns, rivers, mountains, &c.: dedicated to his highness William Duke of Glocester

0-meridiaani Lontoo: Koordinaattiasteikko: W15°-E85°, N74°30'-48°.

Animals in an Urban Context. A Zooarchaeological study of the Medieval and Post-Medieval town of Turku

The aim of this study is to explore the role and importance of different animal species in Turku through an analysis of osteological data and documentary evidence. The osteological material used in this study is derived from two town plots in Turku dating from the 13th century to the 19th century. The osteological material deposited in Turku represents animals bred both in the town and in the surrounding landscape. Animal husbandry in SW-Finland can also be examined through a number of historical documents. The importance of animals in Turku and its hinterland are closely connected and therefore the roles of the animals in both urban and rural settings are examined. The study has revealed the complexity of the depositional patterns in medieval and post-medieval Turku. In the different areas of Turku, characteristic patterns in the osteological material and different deposit types were evident. These patterns are reflections of the activities and therefore of the lifestyles practiced in Turku. The results emphasise the importance of context- awareness in the study of material culture from archaeological sites. Both the zooarchaeological and historical sources indicate that cattle were important in animal husbandry in Turku from the Middle Ages up to the 19th century. Sheep were the second most common species. When taking into consideration the larger size of cattle, the dominance of these animals when it come to meat consumption seems clear even in those phases where sheep bones are more abundant. Pig is less abundant in the material than either cattle or sheep and their importance for subsistence was probably fairly modest, albeit constant. Goats were not abundant in the material. Most of the identified goat bones came from low utility body parts (e.g. skulls and lower extremities), but some amount of goat meat was also consumed. Wild species were of minor importance when it came to consumption practices in Turku. The changes in Turku’s animal husbandry patterns between the medieval and post medieval periods is reflected in the change in age of the animals slaughtered, which was part of a wider pattern seen in North- and Central Europe. More mature animals are also present in the assemblages. This pattern is related to the more pronounced importance of cattle as a manure producer and a draught animal as a result of the intensification of crop cultivation. This change seems to occur later in Finland than in the more Southerly regions, and indeed it did not necessarily take hold in all parts of the country.

Sensor communication in Smart cities and regions: An efficient IoT-based remote health monitoring system

Recent advances in Information and Communication Technology (ICT), especially those related to the Internet of Things (IoT), are facilitating smart regions. Among many services that a smart region can offer, remote health monitoring is a typical application of IoT paradigm. It offers the ability to continuously monitor and collect health-related data from a person, and transmit the data to a remote entity (for example, a healthcare service provider) for further processing and knowledge extraction. An IoT-based remote health monitoring system can be beneficial in rural areas belonging to the smart region where people have limited access to regular healthcare services. The same system can be beneficial in urban areas where hospitals can be overcrowded and where it may take substantial time to avail healthcare. However, this system may generate a large amount of data. In order to realize an efficient IoT-based remote health monitoring system, it is imperative to study the network communication needs of such a system; in particular the bandwidth requirements and the volume of generated data. The thesis studies a commercial product for remote health monitoring in Skellefteå, Sweden. Based on the results obtained via the commercial product, the thesis identified the key network-related requirements of a typical remote health monitoring system in terms of real-time event update, bandwidth requirements and data generation. Furthermore, the thesis has proposed an architecture called IReHMo - an IoT-based remote health monitoring architecture. This architecture allows users to incorporate several types of IoT devices to extend the sensing capabilities of the system. Using IReHMo, several IoT communication protocols such as HTTP, MQTT and CoAP has been evaluated and compared against each other. Results showed that CoAP is the most efficient protocol to transmit small size healthcare data to the remote servers. The combination of IReHMo and CoAP significantly reduced the required bandwidth as well as the volume of generated data (up to 56 percent) compared to the commercial product. Finally, the thesis conducted a scalability analysis, to determine the feasibility of deploying the combination of IReHMo and CoAP in large numbers in regions in north Sweden.

Joukkoliikenteen koontikannan prosessien kehittäminen

Vuoden 2009 lopulla voimaan astuneet EU:n palvelusopimusasetus (PSA) ja kansallinen joukkoliikennelaki (869/2009) pakottavat avaamaan joukkoliikenteen markkinat kilpailulle koko Suomen alueella. Tästä johtuen Liikenne- ja viestintäministeriö on velvoittanut Liikenneviraston hankkimaan riittävän informaatiopohjan joukkoliikenteen kilpailutusten pohjaksi. Tämä pakottaa viraston uudistamaan bussipysäkkitiedon hallintansa ja -prosessinsa lähes kokonaan. Tämän työn tavoitteena oli selvittää, millaiset prosessit Liikenneviraston tulisi muodostaa, jotta tiedot jokaisen Suomen kunnan ja kaupungin katuverkon bussipysäkeistä saataisiin siirrettyä uuteen, kansalliseen joukkoliikenteen koontitietokantaan. Työssä tutkitaan, tarkastellaan ja kategorisoidaan Suomen kunnat ja kaupungit pysäkkitiedon hallinnoijan näkökulmasta. Tämän perusteella kehitetään vanhoja pysäkkitiedon prosesseja sekä luodaan uusia prosessimalleja pysäkkitiedon siirrolle ja päivitykselle. Jaottelun apuna käytetään kyselytutkimusta ja puhelinhaastatteluja. Kirjallisuusosa sisältää yleistä teoriaa prosesseista, niiden vaiheista ja kehittämisestä. Työn keskeisempänä tuloksena ovat prosessimallit siitä, miten pysäkkitiedon tulisi jatkossa siirtyä eri joukkoliikenneviranomaisilta Liikenneviraston kansalliseen koontikantaan. Lisäksi työssä huomattiin, että aktiivinen johtaminen ja yhteydenpito Liikenneviraston suunnalta ovat tärkeimmät edellytykset sille, että pysäkkitieto liikkuu ja tiedonsiirto paranee eri toimijoiden välillä.