Dealing with Difficult People

Every day we communicate with many people, but sometimes we meet the people with a complex character that do not go towards, in spite of all our efforts. There are about twelve types of people that are recognized as difficult. What we need to do when dealing with a difficult person? Anyway you must realize that you can not avoid the meeting with people, who consciously or unconsciously, will complicate your life. No matter where you are faced with a difficult person - at work, study, or in other occasions, it is needed try to find a compromise, you can use special approaches to dealing with difficult people. The key point in detecting the approach to difficult people is to realize that the person is difficult to communicate, to stay flexible and calm, retain neutrality, to apply to a specific person an individual approach, given its features, hidden needs and interests, and also your own priorities in this situation. Mind Map is a useful way to describe various approaches that you need to take when dealing with difficult people. Make it easy in ConceptDraw MINDMAP software.

Data Flow Diagram (DFD)

A Data Flow Diagram (DFD) illustrates the flow of data through an information system, visualizes how the information is handled in terms of inputs and outputs, how the data enter to system and leave it. It is effective to use a Data Flow Diagram for creation the system's overview, to show the system's scope and boundaries. There are two different types of notations for DFDs: Yourdon-Coad and Gane-Sarson, which differ in visual representations for processes, data flow, data stores, external entities, etc. Thus, for example the processes are depicted as circles in Yourdon-Coad notation and as rounded squares in Gane-Sarson notation. Gane-Sarson notation is usually used for visualization information systems and Yourdon-Coad - for system analysis and design. The Data Flow Diagrams solution included to Software Development area of ConceptDraw Solution Park offers a lot of DFD templates, samples and examples, libraries of vector stencils for construction without efforts the DFDs according to both Gane-Sarson and Yourdon-Coad notations.

Star Network Topology

Star is a basic computer network topology in which all nodes (computers and peripheral devices) of the network are connected to the central hub or switch with a point-to-point connection, forming a physical network segment. Such network segment can function separately or as a part of complex network topology. The switch is a server, the peripherals are the clients. The large workload and functions of network management are entrusted on the central computer, all information exchange goes through it, so it must to be obligatory the most powerful. The star network topology is a simple topology for design and implementation. Its advantages are high performance, flexible administration capabilities, simplicity of adding additional nodes and search of faults, the fact that a failure of one workstation doesn't affect the work of entire network. But the failure of central hub will result the failure of whole network or network segment - it's the main disadvantage. Use the ConceptDraw DIAGRAM with Computer and Networks solution to designing Star Network Topology Diagrams fast and easy.

Fishbone Diagram Example

Fishbone Diagram, also referred as Cause and Effect diagram or Ishikawa diagram, is a fault finding and problem solving tool. Construction of Ishikawa diagrams is quite complicated process and has a number of features. Fishbone Diagrams solution included to ConceptDraw Solution Park contains powerful drawing tools and a lot of examples, samples and templates. Each Fishbone diagram example is carefully thought-out by experts and is perfect source of inspiration for you.

Mesh Network Topology Diagram

A Mesh Network Topology is a computer network topology built on the principle of cells. The network workstations are the mesh nodes, they are connected to each other, usually to the principle "each with each" (a fully connected network) and interact in the distribution of data in a network. Each node relays the data for the network and can take the role of switch for other participants. Mesh Network Topology is sufficiently complex to configure, but however it provides a high fault tolerance, has a capability for self-healing and is considered as quite reliable. Large number of nodes' connections assures a wide selection of route of following the traffic within a network, therefore the breaking of one connection will not disrupt the functioning of network as a whole. As a rule, the Mesh Networks are wireless. The Mesh Network Topology Diagrams of any complexity and Wireless Mesh Network Diagrams are easy for construction in ConceptDraw DIAGRAM diagramming and vector drawing software using the tools of Computer Network Diagrams solution from Computer and Networks area.

Positioning Map

ConceptDraw DIAGRAM is a powerful diagramming and vector drawing software. Extended with Matrices Solution from the Marketing Area of ConceptDraw Solution Park it became the best software for quick and easy designing various types of Matrix Diagrams, including Positioning Map.

Design Element: Computer and Network for Network Diagrams

There are many types of computer networks, they differ in size, topology, organizational intents, in transmission medium used to carry the signals, in communication protocols to organize network traffic, and in many other parameters. Computer Network Diagrams help to visualize schematically computer networks and computer network topologies, equipment nodes, as well as different types of their logical and physical connections. ConceptDraw DIAGRAM is a perfect network diagramming software intended for network designers and software developers who need to draw different types of Computer Network Diagrams. Computer Network Diagrams solution from the Computer and Networks area of ConceptDraw Solution Park provides for ConceptDraw DIAGRAM users a lot of computer network design elements helpful for visualization varied ideas regarding to design and implementation of computer and telecommunication networks, LAN, MAN and WAN architectures, physical and logical topologies, wiring schematics and cabling layout plans.