Goal of this thesis is to describe the warehouse management systems with focus on the engineering solution, software development and innovation. The evolution of warehouse management systems is very similar to that of many other software solutions. Initially a system to control movement and storage of materials within a warehouse, the role of WMS is expanding to including light manufacturing, transportation management, order management, and complete accounting systems. General point of view of this thesis is suggest the method how to implement modular (standard) solution on the premises. Project is specialized on PDA terminals and wireless access points settings. Introductory chapter of thesis offer extensive background, which reach out reader with system SAP and logistics processes. Practical part of project can divided to two parts. First one analyze software and develop system in cooperation with supplier and ITC department of ABB corporation. Follow part describe reports and dynamic programmes in programming language ABAP with a view to adoption architecture of system SAP. In fine author intend about future development of modern technology in ABB corporation and potential development of object identification method.

Computer networks are in the scope of the IEEE organization normalized by the 802 board which currently comprises six working groups for wireless communications. IEEE 802.11 for wireless local area networks, IEEE  802.15 for wireless personal area networks, IEEE 802.16 for wireless metropolitan area networks, IEEE 802.20 for mobile broadband wireless access, IEEE 802.21 for media independent handover and IEEE 802.22 for wireless regional area networks. This master's thesis focuses on a security analysis of particular standards, describes threats, vulnerabilities, current security measures and mutually compares wireless specifications from a security point of view. The conclusion is devoted to overall evaluation of the project, to its contributions, possible enhancements and continuation in the form of consequential studies.

This thesis discuss about the problem with mobility of stations in IP networks, concretely protocol Mobile IP and about the problems with this protocol in MANET networks, with the scope on Motorola MESH. First part is about design integration of protocol Mobile IP in this networks with usage Tropos 5210 MetroMesh routers and Cisco components (router, switch) to design and configure wireless MESH network, than connect this network with Cisco components and try to implement Mobile IP into this network. Second part is about design and configure wireless network from Cisco Wireless Access Points and about succesfully implementation of Mobile IP protocol into this network. In the last part is some tests of the function and quality of this topology.