Bead Bar Network The Bead Bar is a growing enterprise that is seeking a greater level of operations through their network. They need a network design that will allow them to branch out and be more effective in their day-to-day transactions. So now, I have to look at the different components that exist in their system, transmission types, software, topologies, architecture, and pro and cons of the recommended network. Bead Bar is a company that allows customers to design their own jewelry, with the use of beads, strings, and wires. The Bead Bar has three different divisions, six studios in several different states across the United States. They also issue supplies to five franchises; they supply anyone who needs supplies. They also have Bead Bar on Board that is designed for cruise ships. Studios division manages all the other studios and the original one. It can be very trying to keep up with seven organizations on paper. So many hindrances come from them not having a network. The Bead Bar is limiting its potential as a competitor and its growth as a company Bead Bar has kept up with all inventory, employees, and finances on paper- based forms. Due to the growth in the company, paper is not working anymore. It is inefficient and causing problems like lost orders, incorrect invoicing, and fulfillment delays. Problems of this nature will only diminish their reputation and cause business to decrease. A network would allow Bead Bar to be global, quicker, organized, and more efficient. It would make each studio accessible for information from each individual studio. It would help to keep a better track on the amount of inventory coming in and out of each studio. The network would be able to separates the customers, inventory, and monies acquired from each franchise. A Computer networks will make it less likely for the previous problem to occur again. It would put the worth and effectiveness of each division in perspective. The development of a network and the additions of computers are much needed in order for Bead Bar to reach its greatest potential. The Bead Bar already has purchased 14 personal computers, two notebooks, printers, and zip drives. The personal computers are equipped with Microsoft Windows XP as its operating system and different software for each individual.
The Wallace Group, Inc., is a company that consists of three operational groups (Electronics, Plastics and Chemicals) and a corporate support staff. The groups operate independently from one another, but also require the support of each others products on specific contracts. Since the companies are currently working independently the focus and direction is not well defined for the Wallace Group as a whole. The Electronics group is dependant on government contracts and is currently working on projects for the Navy and Air Force for future contracts. The Plastics group is profitable and a solid performer for the products in which it makes. There is also the ability of the Plastics group to expand and seize more of the share in the market. The Chemical group, which has seen a satisfactory performance in the past year is not living up to the Wallace Groups expectations and is in need of reform.
The networks are split into two groups. There is a Production network and a Development network. Each of these networks resides on their own separate sub network. The reason for splitting the networks into two is to prevent network overload and slowdowns that would otherwise affect other departments within MKS such as Customer Service or Accounting. The production network involves non-development tasks such as the customer service database, email, the order entry and accounting systems. The development network involves all areas relating to product development. This network covers the server that stores base code, the development system, development tools, software libraries and software builds.
BBS Computing is located in Greece New York It is a Computer Sales, Service center that also does some Networking systems. Paul Saussa, Ron Bess and John Bonacci are both owners and employees of the business. It is a relatively small business that mainly does computer sales and repair with some occasional networking jobs. The actual business consists of a show room and a workshop. The showroom has different models of computers that customers can have built to buy. There are 4 different types depending on a customer’s budget for a computer. The low-end models consisting of a Pentium III processor and 256 Mb of RAM and the basic keyboard, mouse, monitor, printer, and speakers, and the high-end models consisting of a Pentium 4 processor or equivalent with 256 or more Mb of DDR RAM and premium speakers, keyboard, mouse, printer and monitor. Thus, meaning you get what you pay for. The display models allow you to show a customer some of the features of the different types of computer systems that are offered. Such things as operating systems such as Windows 98, Windows Me, Windows 2000, and Windows XP, and also programs like Nero for CD burners, All-in-Wonder TV tuner cards and applications such as Microsoft Office. This was my first opportunity to work with Windows XP.
Since the business computing market is projected to triple within the coming decade, we have decided to capitalize on this trend by conveying the same easy-to-use hardware which made our personal computers an industry staple into this expanding market. To deliver this new line of computers to the market, we plan on dedicating 25% of our production efforts to this new enterprise while we will continue to produce our existing personal computers. This is will allow us enough capital to invest in the manufacturing and marketing of these computers as this undertaking is to be the largest in company history. We plan to have these computers on the market within a year from now after conducting marketing research, product development, manufacturing and product rollout, will require roughly 3-4 months each to carry out. In addition, we plan on marketing these computers to our existing clientele base, by offering our new computers at a discounted price and to smaller, family-owned businesses who may lack the financial resources to afford higher-end versions from our competition. Doing so will allow us to slowly expand our business-to-business sales division as we delve further into this market and our clientele begins to expand through word of mouth from our existing base. After the launch of these computers, we plan
The protection enhances the ability of sustaining a business in a competitive marketplace for the long run. A firm should also undergo the DYB strategy to get rid of business units and other resources that do not add value to the company 's performance. It should adopt the GYB strategy, in which it would utilize the business opportunities lying at its disposal to its advantage. As a direct result of these two strategies, the company would gain a substantial competitive edge against rivals, as well as boost its profitability in the long run (Grimm, Lee & Smith, 2010). Knowing that today 's business environment is characterized by heightened competition that has led to extensive gaps between industry leaders and laggards, and that there are greater churns among the industry rivals, the GYB and DYB strategies are essential for any modern company. More importantly, the GYB strategy should be focused towards the increase of
...ipment. This problem would cause headaches when one network was not in synch with the others. Centralized manageability would increase the stability of the network system.
These three strategies I have discussed are based on my personal experiences and opinions. They can be very helpful to someone building a network. The process may be very long and frustrating at times, but can prove to be very rewarding.
Building a star topology is much more expensive and time consuming than the bus network. The increased costs come in the form of cabling and the central device(s). However, star topologies can be easily expanded to accommodate more nodes and troubleshooting is much easier because connectivity problems are simpler to isolate than a bus network.
Networks, including the internet, are one of the most essential things to businesses. Without computer networks, companies would be lost and would not have a way to communicate without these systems and this would cause businesses to operate slower (Network 1). Patch works of older networking systems are easier to find these days (Network 1). Starting relationships between many businesses, networks in many ways become synonymous with the groups and businesses they bring together (Network 1). Business employees, customers, and business partners would have available access to their information stored in network systems, could get to their network systems and share them easily among themselves (“Network” 1). Computer networks give their owners speed, ability to connect, and ultimately value to their users. They give possible solutions for business difficulties and issues that would not be possible to other businesses (Network 1). Computer networking systems are required for electronic communications. (Network 1) As time moves on, businesses’ spend a ton of money on computer systems that are used to manage various functions such as accounting, human resources...
Connecting computers together to create a network greatly increases the communication capabilities and can even save a company substantial amounts of time and money. A well thought out network design from a small home network to a large corporate intranet can be a deciding factor in the success of a network. Two important steps in the designing of a successful network are the logical designing phase and physical designing phase. The difference between the two and the importance of each are explained in the following pages.
First, a newer operating system can deliver better access to input and output devices. With barcode scanners, inventory guns, computer demonstrators, and order processes all running as separate entities, a system such as Windows 2000 could integrate the entire package. The days of using one terminal to enter a customer sale, and yet another to create merchandise tags and still yet another to reconcile inventory could be over.
Local Area Networks also called LANs have been a major player in industrialization of computers. In the past 20 or so years the worlds industry has be invaded with new computer technology. It has made such an impact on the way we do business that it has become essential with an ever-growing need for improvement. LANs give an employer the ability to share information between computers with a simple relatively inexpensive system of network cards and software. It also lets the user or users share hardware such as Printers and scanners. The speed of access between the computers is lighting fast because the data has a short distance to cover. In most cases a LAN only occupies one or a group of buildings located next to each other. For larger area need there are several other types of networks such as the Internet.
For my independent study, I have created a network in my house. A network by definition are more than one computer that are linked together electronically via a protocol (common language) so the computers can communicate and share resources. This network improves the day-to-day life by adding value and usefulness to the computers. The processes and ideas that I have learned thru this experience can be applied directly into today’s rich electronic business environment.
Networking is another way that advances in computer engineering and software has paved a way for the advancement of communication, industry, and our lives in general through technological advancements. Just as the utilization of fire and carving of the wheel gave us advantages over the perils of life, the networking of computers has brought an unreachable far off world closer to each and every one of us. First and foremost we are now able to nearly instantaneously share information with an unreachable world. The engineering that made this possible began not on some other planet, or from the depths of a holy shrine. But from the ingenuity of a partnership of companies that sought to find a reasonable (and soon profitable) solution to the proprietary incompatibility of emerging information system networks.
When the logical design of a network is planned, an engineer will generally map out the logical layout and addressing of the network. This allows the person to picture the topology of the network and the addressing scheme that will be used amongst the network devices. Information must be gathered about several important factors before the logical design of the network is started. For example, depending on the services that will be provided to users, you may need to analyze the possible traffic patterns that might result from your plan. Locate potential bottlenecks and, where possible, alleviate them by providing multiple paths to resources or by putting up servers that provide replicas of important data so that load balancing can be provided. You need to determine who the clients are and what their actual needs will be. Distinguish between novice and power users. The services that will be provided on the network should also be determined during the logical planning stage. They may be limited by a scope, s...