Metropolitan area networks (MAN). Computer and Network Examples
A Metropolitan Area Network (MAN) is a great computer network located on the large geographical area or region. It is a network bigger than Local Area Network (LAN), but territorially smaller than Wide Area Network (WAN), its diameter usually ranges from 5 to 50 kilometers. MAN usually includes several buildings or even the whole city (metropolis). It is based on high data rate compounds using the fiber channels and other digital data transmission channels. MAN includes a lot of communicating devices, for its construction are used multiple routers, switches and hubs. MAN can combine together several Local Area Networks or Campus Area Networks located in different buildings within a city and provides the Internet connectivity for them. Solutions included to Computer and Networks Area for ConceptDraw Solution Park are the real godsend for those who want design Computer Network Diagrams, and among others the Metropolitan Area Network Diagrams. They offer the libraries with ready-to-use vector design elements, professional-looking examples, samples and templates.How to Create Cisco Network Diagram
The Cisco Network Diagrams Solution from the Computer and Networks area of ConceptDraw Solution Park helps you to create the Cisco Network Diagrams quick and easy using the ConceptDraw DIAGRAM diagramming and vector drawing software. The Cisco Network Diagrams Solution contains 14 libraries with 450 ready-to-use predesigned vector objects.Local area network (LAN). Computer and Network Examples
Local Area Network (LAN) is a network which consists of computers and peripheral devices connected each other and to the local domain server, and covers a little territory or small number of buildings, such as home, school, laboratory, office, etc. LAN serves for few hundreds of users. It includes many cables and wires, and demands to design previously a Network diagram. All local area network devices can use the shared printers and disk storage. ConceptDraw DIAGRAM is a perfect network diagramming software with examples of LAN Diagrams, templates and predesigned vector objects. ConceptDraw DIAGRAM is the ideal choice for network engineers and network designers who need to draw fast and easy Local Area Network Diagrams, for IT specialists, developers and other IT professionals which need to visualize the communication schemes of LAN and visually document the LAN's physical structure and arrangement in houses, offices and other buildings. Ready-to-use vector objects from Computer Network Diagrams solution will help you design LAN diagrams in minutes."Man-to-man defense is a type of defensive tactic used in team sports such as American football, association football, basketball, and netball, in which each player is assigned to defend and follow the movements of a single player on offense. Often, a player guards his counterpart (e.g. center guarding center), but a player may be assigned to guard a different position. The strategy is not rigid however, and a player might switch assignment if needed, or leave his own assignment for a moment to double team an offensive player. The term is commonly used even in women's basketball, though the gender-neutral 'player-to-player' also has some usage. ...
When defending the ball (i.e. guarding the man with the basketball) away from the basket in basketball, players typically should use a version of the following technique: The defender stands and faces the opponent. He is positioned between the ball and the basket and may be angled in one direction or another depending on the defensive scheme of that defender's team. He has his feet positioned beyond shoulder width with most of the weight distributed to the balls of his feet. However, the defender's heels should not be off the floor as this will put him off balance. The defender's knees should be bent at roughly a ninety degree angle with the bottom of his thighs parallel to the ground. This will place the defenders buttocks in a seated position. The defenders back should be straight with just a slight tilt forward. This will place the defender's head over the center of his body and maintain proper balance. Depending on the teachings of his coach, the defender should position his hands wide as if he were stretching his wingspan or place one hand high and one hand low." [Man-to-man defense. Wikipedia]
The basketball positions diagram example "Man-to-man basketball defense drill" was created using the ConceptDraw PRO diagramming and vector drawing software extended with the Basketball solution from the Sport area of ConceptDraw Solution Park.
www.conceptdraw.com/ solution-park/ sport-basketball
When defending the ball (i.e. guarding the man with the basketball) away from the basket in basketball, players typically should use a version of the following technique: The defender stands and faces the opponent. He is positioned between the ball and the basket and may be angled in one direction or another depending on the defensive scheme of that defender's team. He has his feet positioned beyond shoulder width with most of the weight distributed to the balls of his feet. However, the defender's heels should not be off the floor as this will put him off balance. The defender's knees should be bent at roughly a ninety degree angle with the bottom of his thighs parallel to the ground. This will place the defenders buttocks in a seated position. The defenders back should be straight with just a slight tilt forward. This will place the defender's head over the center of his body and maintain proper balance. Depending on the teachings of his coach, the defender should position his hands wide as if he were stretching his wingspan or place one hand high and one hand low." [Man-to-man defense. Wikipedia]
The basketball positions diagram example "Man-to-man basketball defense drill" was created using the ConceptDraw PRO diagramming and vector drawing software extended with the Basketball solution from the Sport area of ConceptDraw Solution Park.
www.conceptdraw.com/ solution-park/ sport-basketball
Network Topologies
Network topology is a topological structure of computer network, which can be physical or logical. The physical topology depicts location of different computer network elements such as computers, cables and other devices. The logical topology visually displays network dataflows from one device to another. Sometimes network logical and physical topologies can be the same. ConceptDraw DIAGRAM diagramming and vector drawing software is powerful for drawing network maps and network topologies diagrams of any kinds and complexity thanks to the Computer Network Diagrams solution from the Computer and Networks area. ConceptDraw STORE proposes collection of network icons libraries and a lot of Network Topology Diagram examples, samples and templates which were created at ConceptDraw DIAGRAM software specially for Computer Network Diagrams solution. There are six basic types of the network topologies: Bus, Star, Ring, Mesh, Tree, Fully Connected. You can fast and easy design professional-looking diagram for each of them using the ConceptDraw DIAGRAM tools. There are plenty of web Visio-like diagramming software available. Web based diagrams software can be powerful, but sometimes it is essential to have desktop software. One of the most advanced diagrams tools like Visio for Mac OS is ConceptDraw DIAGRAM app.Cisco People. Cisco icons, shapes, stencils and symbols
The ConceptDraw vector stencils library Cisco People contains symbols for drawing the computer network diagrams. Vector stencils library "Cisco People" contains 17 pictogram symbols and clipart for drawing the computer network diagrams using the ConceptDraw DIAGRAM diagramming and vector drawing software.This onion diagram example was designed on the base of figure "Stakeholders for a System" in the slide presentation "A103: Introduction to ITS Standards Requirements Development" from the U.S. Department of Transportation (US DOT) website.
"“Stakeholders for a System.” A graphic of four concentric circles arranged like an archery target. The innermost circle is a reddish tan. The three bands of colors that are further from the center are in lighter shades of tan. This is called an “onion diagram” as onions are made up of multiple layers. The inner circle is labeled “Physical System.” The next layer outward is labeled “Operational System.” The next layer outward is labeled “Containing System.” The outermost layer is labeled “Wider Environment.” There are smaller black graphics of person positioned in the different layers of the diagram. Each person has a project role next to it as follows: 1) Inner Circle has no people – It represents the system; 2) Next Layer Outward has three people labeled TMC Operator, Field Maintenance, and Operational Support respectively; 3) Next Layer Outward has two people labeled Interfacing System Owner and Purchaser respectively; and 4) Outermost Layer has four people labeled Sponsor of the Project, Regulatory Agency, Public, and Politician respectively. The picture demonstrates while they are all stakeholders, different stakeholders have different levels of influence on the physical system to be defined. The most influence coming from those closest to the center."
[pcb.its.dot.gov/ standardstraining/ mod04/ ppt/ m04ppt.htm]
The onion diagram example "System stakeholders diagram" was drawn using the ConceptDraw PRO software extended with the Stakeholder Onion Diagrams solution from the Management area of ConceptDraw Solution Park.
"“Stakeholders for a System.” A graphic of four concentric circles arranged like an archery target. The innermost circle is a reddish tan. The three bands of colors that are further from the center are in lighter shades of tan. This is called an “onion diagram” as onions are made up of multiple layers. The inner circle is labeled “Physical System.” The next layer outward is labeled “Operational System.” The next layer outward is labeled “Containing System.” The outermost layer is labeled “Wider Environment.” There are smaller black graphics of person positioned in the different layers of the diagram. Each person has a project role next to it as follows: 1) Inner Circle has no people – It represents the system; 2) Next Layer Outward has three people labeled TMC Operator, Field Maintenance, and Operational Support respectively; 3) Next Layer Outward has two people labeled Interfacing System Owner and Purchaser respectively; and 4) Outermost Layer has four people labeled Sponsor of the Project, Regulatory Agency, Public, and Politician respectively. The picture demonstrates while they are all stakeholders, different stakeholders have different levels of influence on the physical system to be defined. The most influence coming from those closest to the center."
[pcb.its.dot.gov/ standardstraining/ mod04/ ppt/ m04ppt.htm]
The onion diagram example "System stakeholders diagram" was drawn using the ConceptDraw PRO software extended with the Stakeholder Onion Diagrams solution from the Management area of ConceptDraw Solution Park.
Campus Area Networks (CAN). Computer and Network Examples
Campus Area Network (CAN) is a computer network which provides wireless access to the Internet or LAN for the users located in two or more buildings on the limited geographical area, or in the open space surrounding these buildings. Campus Area Network is usually set in campus of a university or college, but the same kind of planning and design can be applied for other purposes, for enterprises, office buildings, military bases, industrial complexes, public places like supermarkets, entertainment centers, etc. Another form of temporary CAN can exist during some special events such as rallies, music festivals. The elementary Campus Area Network can also arise spontaneously, due to the distance of spread the radio signals from the access points that are not limited by buildings walls. It is also sensible to have additional access points for the larger and more complex CANs, located at specially places chosen for serving clients. Design easy diagrams and schemes for the Campus Area Networks with Computer Network Diagrams solution for ConceptDraw DIAGRAM.How to Draw a Computer Network Diagrams
ConceptDraw DIAGRAM enhanced with popular Computer Network Diagrams solution from Computer and Networks area of ConceptDraw Solution Park is a powerful vector graphics and computer network diagramming software. It includes templates, samples and 7 libraries with predesigned vector objects of computer network devices, computer peripheral devices, network hardware, external digital devices, internet symbols, logical symbols, to help IT professionals easily visualize network equipment, to draft and present computer and network installations. It assists create easy and even instantly Computer Network Diagrams of various types and complexity, design Wireless Network Schemes, Network Topologies Diagrams, Computer Network System Designs. The list of five the most popular practical applications of Computer Network Diagrams solution includes documentation, presentations, training, workflows, education. A represented video How to Draw a Computer Network Diagram will help to realize effectively your computer network design process.How Do Fishbone Diagrams Solve Manufacturing Problems
How do Fishbone diagrams solve manufacturing problems? Fishbone diagrams are successfully used in various fields of industries and manufacturing to analyze the set of possible causes and their effects. Fishbone diagram provides a process to clearly define the “Effect” and then puts you to thinking about the possible causes, based on the categories of common problems in manufacturing. ConceptDraw DIAGRAM application extended with Fishbone Diagrams solution lets you construct Fishbone diagrams and represent globally recognized standards for manufacturing 6 Ms and 8 Ms.- Wireless Networks | Block Diagram For Lan Wan Man Pan
- Fish Bone Diagram For Man Machine Material And Method
- Diagrams Of Lan Wan Man Networks
- What Is Man Type Flow Process Chart
- Manufacturing 8 Ms fishbone diagram - Template | Fishbone ...
- Lan Wan Man Network Diagram
- Network Diagrams for Bandwidth Management | Man Type Flow ...
- Computer Network Diagrams | Lan Man Wan Simple Block Diagram
- Block Diagram Of Lan Man Wan
- Explain Lan Man Wan With Diagrams