Agricultural businesses face many internal and external factors that significantly affect their business. Aspects such as management, marketing, internal and external environments are increasingly important for agricultural businesses in the Czech Republic. This thesis analyses the external environment of the company, including PEST analysis and Porter's five forces model. Both models are explored in detail including explanations of their main role and functionality within the given environment. Also explained is the Boston matrix to define the internal environment of the company. This thesis provides a SWOT analysis- techniques focused on the evaluation of internal and external factors influencing the organization's success. The practical part of this thesis will implement the theoretical aspects previously explored within a selected agricultural business of Central Bohemia. This thesis will explain and analyse the external and internal environment of the selected agriculture business. A general overview of the models will be defined and then implemented upon the agricultural business of Klučenice a.s.

Typewritten sheets in cover. Thesis (M.A.)--Boston University This item was digitized by the Internet Archive. Bibliography: 10 p. at end.

Thesis. 1976. M.C.P. cn--Massachusetts Institute of Technology. Dept. of Urban Studies and Planning. / Microfiche copy available in Archives and Rotch. / Bibliography: leaves 117-120. / M.C.P.cn

Thesis. 1975. M.C.P.--Massachusetts Institute of Technology. Dept. of Urban Studies and Planning. / by Brian Yoneoka. / M.C.P.

Thesis (M.C.P.)--Massachusetts Institute of Technology, Dept. of Urban Studies and Planning; and, (M. Arch. in Advanced Studies)--Massachusetts Institute of Technology, Dept. of Architecture, 1977. / MICROFICHE COPY AVAILABLE IN ARCHIVES AND ROTCH. / Includes bibliographical references (leaves 156-158). / by Deborah Walne Poodry. / M.Arch.in Advanced Studies / M.C.P.

Cognitive Science is an interdisciplinary field that ties together the curricula of liberal arts and technical fields of study. However, it is de-emphasized in technical undergraduate studies such as Engineering. Cognitive Science is essentially the study of the human mind and how humans process information. It is the study of human responses, thinking, and perception. Human behavior and a person’s reaction are undetermined, but it can be better understood. Although human behavior and interaction is a routine part of life, engineers are taught to decipher code and not how to decipher a human’s behavior. Cognitive Science affects all aspects in the work environment. Organizational practices can be improved by understanding common biases and motivational theories in people. Having a cognitive awareness of typical human behavior will help to promote improved communication and positive reactions from people in the workplace. Human behavior is inevitable in any field but more crucial in technical fields especially when there is lack of communication or ambiguous guidelines and definitions. In technical fields, miscommunication or ambiguity can be a matter of life or death. In many situations, miscommunication can drive ambiguity. Although some people are happy with flexible guidelines, others seek to have well defined expectations. How do people react in situations surrounding miscommunication or ambiguity? In both situations, some people create opportunities and others become a hindrance. Processes and procedures can be put in place to alleviate ambiguous situations, but human performance and psychological factors still play a role as well. Human error can result from psychological factors, but the environment can be improved to limit those factors. As with any situation, mishaps are still prone to happen. Although human error is preventable in most cases, it’s never completely unavoidable. Human error continues to be a deep-rooted cause that can lead to negative outcomes. As stated by Alexander Pope, “to err is human…” (Moncur). This paper will explore underlying human behavior in daily activities. By understanding common biases and motivational theories driving human behavior, one can address negative behavior in a technical field in order to create opportunities. / text

This master thesis deals with real-time algorithms and techniques for face detection and facetracking in videos. A new approach is presented where optical flow information is incorporatedinto the Viola-Jones face detection algorithm, allowing the algorithm to update the expectedposition of detected faces in the next frame. This continuity between video frames is not exploitedby the original algorithm from Viola and Jones, in which face detection is static asinformation from previous frames is not considered.In contrast to the Viola-Jones face detector and also to the Kanade-Lucas-Tomasi tracker, theproposed face tracker preserves information about near-positives.In general terms the developed algorithm builds a likelihood map from results of the Viola-Jones algorithm, then computes the optical flow between two consecutive frames and finallyinterpolates the likelihood map in the next frame by the computed flow map. Faces get extractedfrom the likelihood map using image segmentation techniques. Compared to the Viola-Jonesalgorithm an increase in stability as well as an improvement of the detection rate is achieved.Firstly, the real-time face detection algorithm from Viola and Jones is discussed. Secondly theauthor presents methods which are suitable for tracking faces. The theoretical overview leadsto the description of the proposed face tracking algorithm. Both principle and implementationare discussed in detail. The software is written in C++ using the Open Computer Vision Libraryas well as the Matlab MEX interface.The resulting face tracker was tested on the Boston Head Tracking Database for which groundtruth information is available. The proposed face tracking algorithm outperforms the Viola-Jones face detector in terms of average detection rate and temporal consistency.

Cette thèse propose une étude théorique et empirique de la rhoticité et du 'r' de sandhi en anglais. La grande variabilité phonétique des consonnes traditionnellement considérées comme " rhotiques " et leur comportement phonologique relativement stable nous conduisent à proposer une caractérisation de ces segments fondée sur la sonorité des unités et leur distribution au sein des syllabes. Nous adoptons le cadre de la Phonologie de Dépendance dont les représentations, fondées sur des primitives phonologiques unaires, offrent une traduction des hiérarchies de sonorité plus transparente que les traits binaires de la tradition générative. Nous proposons une interprétation théorique de la vocalisation historique du /r/ dans le sud de l'Angleterre en nous appuyant sur une étude historique de son évolution. Un volet empirique est consacré à l'étude de la rhoticité et du 'r' de sandhi dans deux enquêtes réalisées selon le protocole et la méthodologie du programme PAC (Phonologie de l'Anglais Contemporain : usages, variétés et structure), l'une dans le Lancashire (Royaume-Uni) et l'autre à Boston (États-Unis).

Thesis (M.A.)--Baylor University, 2008. / Includes bibliographical references (p. 52-55)

Thesis (Ph. D.)--University of Missouri-Columbia, 1997. / Typescript. Vita. Includes bibliographical references (leaves 237-268). Also available on the Internet.