The goal of this thesis is summarize the current knowledge about Jumper's knee. It also includes a brief summary of the anatomy and kinesiology of the knee and then a separate chapter is devoted to the etiology, clinical picture, investigations and treatment of Jumper's knee. On these findings has been prepared and compiled research project hypotheses. This research is to determine whcther, and what affects Jumper's knee in the human musculoskeletal system. To this end, we chose a method of surface electromyography and dynamic plantography for analysis of pressure distribution and reaction forces during foot contact with the plate. Attention was focused on the comparison of side differences and timing muscle trunk and legs during dynamic activities sdccted. The results were compared with a control group that consisted of healthy individuals. Powered by TCPDF (www.tcpdf.org)

Introduction: Functional testing which is used in rehabilitation is mainly based on aspection and palpation. It is a subjective examination of a patient and you cannot find out specific physical quantities with this method. If you want to use functional tests in clinical practise it is necessary to determine the reliability of the tests. Aim: To determine the inter-rater reliability for the DNS tests and to create a detailed descriptive statistics and a new evaluation sheet. Materials and methods: There were six experienced evaluators who are trained for the DNS method. We have worked with a mixed group of patients. There were patients with health problems as well as patients without any difficulties (n = 10 women, average age - 34, 5, n = 4 men, average age - 35, 2). We used percentage agreement, Fleiss's kappa coefficients (κ) and P-value. Results: The research of DNS tests reliability is innovative. Evaluators of DNS tests usually agree with each other. In some cases there is a problem with using Fleiss's kappa coefficients (κ) because of the position of relative frequencies. In most tests we found out that the inter-rater reliability is good (κ ≥ 0.80), substantial (0.60 ≤ κ < 0.80) and moderate (0.40 ≤ κ < 0.60). Conclusion: The evaluation of one character in a case of one patient by three...

Aim of this thesis is to evaluate distribution of plantar pressure and the movement of spine and pelvis in patients diagnosed with femoroacetabular impingement syndrome. The results were obtained using Diers pedoscan system which can record the pressure distribution of feet during stance and motion. Also Diers formetric III 4D system was used to obtain photogrammetic records of spine and pelvis movement. We use rasterstereography based on Moiré topografy. Measured data represent three dimensional model of back surface during static or dynamic analysis. In addition we evaluated the effect of treatment using Dynamic neuromuscular stabilization. Obtained results were statistically processed. Powered by TCPDF (www.tcpdf.org)

Title: The balance assessed in the martial art of Taekwondo Objectives: The main objective of this thesis is to evaluate balance in probands, regularly dealing martial art of taekwondo and compare it with the general population, which regularly pays no sports activity and does not currently have any experience in martial arts. Methods: This is a pilot study, which was attended by 16 probands, the results were processed quantitatively. The probands of both groups were in the age range 20-38 years, composed of 4 women and 12 - men. The first group consisted of eight coaches, students, holders of black belt, or representatives, dealing regularly martial art of Taekwondo WTF for ten years or more. It was composed of individuals from the clubs Gladiator Dojang, Hirundo and SK Cobra Dojang. The control group accounted for eight individuals with no regular sports activities that have experience with any type of martial arts. The data acquisition was first utilized clinical examination, containing basic kinesiology testing. This was followed by measuring instrument, which was held with Smart Equitest system from Neurocom. Measured data were initially processed by the program Neurocom Balance Manager software. Subsequently, it was the most frequently used tests and Unilateral Sensory Organization Test...

Title: The relationship between motor tests and dynamic postural stability parameters Objectives: The aim of this dissertation is to verify the relationship between motor performance and dynamic postural stability parameters in young individuals in the healthy population. To find out in addition whether there exists a significant relationship between motor tests and dynamic postural stability parameters, as well as to verify the differences between males and females within this relationship. Methods: This is a quantitative correlation study investigating the possible relationship between motor tests and dynamic postural stability parameters in young healthy individuals. The Smart EquiTest device from Neurocom was used to measure dynamic postural stability. The following tests were used for these measurements: Limits of Stability (LOS), Sensory Organisation Test (SOT), Motor Control Test (MTC), Adaptation Test (ADT), Weight Bearing/Squat (WBS), Unilateral stance (US) and Rhythmic Weight Shift (RWS). Motor performance was measured using 2 batteries of tests: UNIFIT 6-60 and EUROFIT for adults. In total, 24 healthy volunteers (9 males and 15 females) aged 21-29 years were deliberately enrolled for this study. Each volunteer undertook 8 motor performance tests, anthropometric measurements and 7 tests...

This master thesis focuses on collecting network indicators of compromise gathered by using dynamic malware analysis in real environment. It speculates on possibilities on how to approach such collection and the most suitable solution is selected. Gathered indicators of compromise are thoroughly analyzed and utilized for improving cyber-security of Czech Republic.

The Models of the Data Envelopment Analysis are the instruments for benchmarking of homogenous production units. The first models had been formulated by the end of 70th in the last century and since then have been the subject of interest in the theoretical area as well as in the analytical area. The thesis refers to the models of the Data Envelopment Analysis and its development in the theoretical area. The second goal of the thesis is an application of models of the Data Envelopment Analysis in industrial environment and illustration of its possible use by investment decision. The domestic literature on the area of the Data Envelopment Analysis has not been sufficient. The thesis is therefore mapping the present stage of knowledge in this area and further widens by the Allocation Models, Dynamic Analysis and the questions of non-controlled and imprecise variables. Models, which are formulated in the thesis, where afterwards applied on the data of the foreign companies. The numerical experiments were worked out by the software support for the models of the Data Envelopment Analysis, built in the environment of MS Excel. The main contributions of the thesis are in enlargement of the Dynamic Analysis by the partial continuous dynamic analysis and analysis of Efficiency Stability of the evaluated units. The other contribution is the wide application of the models of the Data Envelopment Analysis for benchmarking the companies, which mainly produce the motor vehicles. The thesis gives the overview of the often used models of the Data Envelopment Analysis as well as of the rarely used models. It discusses the possible solution to the special situations which may occur during the application. The thesis is divided into six chapters which, in typical case, contain next to the theory the illustrative application. The first chapter comprises of the subscription of the basic models of the Data Envelopment Analysis. In the second chapter, there are presented the Super-Efficiency Models and discussed the problems with zero inputs and outputs in these models. The overview of the Allocation Models is in following part. The Dynamic Analysis and analysis of Efficiency Stability are subjects of the fourth chapter. The fifth chapter is dedicated to non-controlled and imprecise variables. The last chapter focuses on application of the models in automotive industry and its possible use of results for estimated development of the evaluated units on Investment markets.

Title: A time motion analysis of lead climbing of elite climbers in the competition route of Czech Cup. Objectives: The aim of this works is to perform time motion analysis of lead climbing of elite climbers in the competition route of Czech Cup. Methods: Data were collected by video recording. Observation criteria were set (total time, holding, quickdraw clipping, rest and chalking). 8 climbers were measured on the 10- UIAA difficulty route. Results: The average climbing time was 203 ± 32,6 s, the average holding time was 7,1 ± 0,8 s (total 161,3 ± 29,2 s), the average rets period was 1,2 ± 0,4 s (total 6,5 ± 3,3 s), the average quickdraw clipping time was 2,3 ± 0,4 s (total 24,9 ± 4,6 s), the average chalking time was 2,1 ± 0,6 s (total 16 ± 3,7 s) and the average hand-transfer time was 0,9 ± 0,2 s (total 38,4 ± 9,1 s). Climbers climbed 4,8 meters per minute. Conclusions: The static part almost four times prevails the dynamic part. There were no significant differences between right and left hand in our measurements. Keywords: holding, loading, rest, static phase, dynamic phase

of doctoral thesis Title: Teaching a Spatial Geometry and Developing Spatial Abilities Using a Computer Author: Šárka Gergelitsová Department: Department of Software and Computer Science Education Supervisor: RNDr. Tomáš Holan, Ph.D., Department of Software and Computer Science Education Abstract: In this thesis we present a contemporary overview of current possibilities of using computer support for teaching geometry and the development of spatial imagination. The materials are aimed at the secondary school curriculum (for students 15-19 years old), many of them, however, could be used for younger or older students. The work is outlined as a tool and a set of teaching materials for teachers. The basic part of this thesis is a set of commented examples and tasks that can be solved by the use of dynamic geometry systems including the 3D models for these tasks. The set consists of more than 100 problems and examples with hints or answers and includes a CD with more than 300 supportive models including models-templates for creating tests. Materials include some prepared spatial imagination tests and quizzes. Some of the mo- dels serve as a tool for their design and offer automatic solution checking. We present also our own set of educational applications and games created to support the im- provement...

When two computer systems communicate, for example over a network, they must agree on the ordering of bytes within numbers. This ordering is called endianess. Often one of the systems has to swap the order of bytes to the agreed standard. Results of this work help programmers to find places in their program where they forgot to swap the bytes. We have developed a dynamic data-flow analysis built upon the popular Valgrind tool. Compared to the static analysis currently used by the Linux kernel developers, our approach does not require annotation of variables with their endianess. Typically only few places in the program source code will need to be annotated. The analysis can also detect potential bugs that would only manifest if the program was run on computer with opposite endianess. Our approach has been validated on an existing program known to contain yet unfixed endianess problems (RadeonSI OpenGL driver). It has identified all endianess-related bugs and provided useful diagnostic messages together with their location.