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Requirements analysis for implementation of a new CRM in the banking sector
Zacharova, Natalie ; Pour, Jan (advisor) ; Šedivá, Zuzana (referee)
This bachelor thesis deals with the engineering of requirements, an area which covers the development of requirements as well as their management. The main objective of this thesis is to evaluate options of the specification and analysis requirements on the selected application type. Which is obtained in practical part by applying the recommended techniques of requirements engineering to a chosen banking process, which resulted in the creation of a functional requirements specification for selected process in the Microsoft Dynamics CRM application. The theoretical part of my thesis explains the basic CRM concepts and provides an overview of the best practices used for analysing requirements. This work could therefore serve as a guide for junior analysts who are starting their work career as requirement developers.
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Creation of Functional Requirements for IS from Process Analysis of an Organization
Mařík, Ondřej ; Svatoš, Oleg (advisor) ; Řepa, Václav (referee)
The thesis focuses on the creation of functional requirements for an information system based on process analysis of an organization. In the theoretical part introduces the reader to the basic concepts related to business processes, their modeling and relationship with the company information system. Then, two approaches to analysing the functioning of the organization are presented, namely the approach of consultancy company Logio and the MMABP methodology. The practical part describes a real project of process analysis and creation of functional requirements for IS of a trading company. The MMABP approach is then applied to the same company. In conclusion, suitability of both approaches is evaluated and observed differences between them are identified.
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User Interface of Learning Management Systems Design and Validation of Functional Criteria as Basis for a Partial Evaluation
Ovesleová, Hana ; Štogrová Jedličková, Petra (advisor) ; Slussareff, Michaela (referee) ; Šušol, Jaroslav (referee)
Main topic of this thesis is evaluation of user interfaces of learning management systems (LMS). It is the users and their interaction with the system who are the focus of user interface design within the field of Human Computer Interaction (HCI), and that is why user experience was taken into account for interface evaluation. The aim of the thesis was proposition of function criteria field that reflect users' requirements on the system and that can therefore serve as a basis for partial LMS evaluation. Within the scope of HCI interdisciplinarity, we focused on technical-psychological view (computer - human), complemented by the field that reflects the very purpose of LMS - pedagogical process. We believe that combination of general function criteria, which can be applied to any system, and learning content criteria is crucial for LMS evaluation, together with criteria concerning distribution forms and work methods. Based on defined areas, LMS Unifor courses from 2012- 2014 period of time and LMS Moodle courses from 2015-2017 period of time were evaluated using qualitative and quantitative research methods. The output of the research is a set of function criteria, which we regard to be elementary and suggest to be taken into account when considering a LMS.
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Analysis and development of aplication for searching optimal connections and paths in graphs as suppor for education in graph theory
Nevoral, Josef ; Chlapek, Dušan (advisor) ; Flusserová, Lenka (referee)
The bachelor thesis analyses current applications of graph theory, which are being used during lectures at the University of Economics, Econometrics department. The purpose is to develope an application for the students with the aim of a gaining better understanding of basic algorithms while searching for optimal connections and optimal paths. As a first step of developing applications the requirements analysis is exercised. Requirements analysis is discussed in two chapters. First of all readers of this paper will find explained basic terms and algorithms from graph theory. Further it is explained what are the possibilities of future extension of presented application; next to it the appearance of the application and the solution presentation is explained there.
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