http://www.flyfish.com/rods/brand_name.html
http:// protocol prefix (most browsers default to HTTP if a prefix is not typed)
www.fiyfish.com/ domain name
equipment/ subdirectory name
rods/ Subdirectory name
brand_name.html document name (webWeb page)
IP Address. Every computer node and host attached to the Internet must have a unique Internet protocol (IP) address. For a message to be sent, the IP addresses of both the sending and the recipient nodes must be provided. Currently, IP addresses are represented by a 32-bit data packet. The general format is four sets of numbers separated by periods. The decomposition of the code into its component parts varies depending on the class to which it is assigned. Class A, class B, and class C coding schemes are used for large, medium, and small networks, respectively. To illustrate the coding technique, the IP address 128.180.94.109 translates into:
128.180 Lehigh University
94 Business Department faculty server
109 A faculty member’s office computer (node)
Protocols
The word protocol has been used several times in this section. Let’s now take a closer look at the meaning of this term. Protocols are the rules and standards governing the design of hardware and software that permit users of networks, which different vendors have manufactured, to communicate and share data. The general acceptance of protocols within the network community provides both standards and economic incentives for the manufacturers of hardware and software. Products that do not comply with prevailing protocols will have little value to prospective customers.
The data communications industry borrowed the term protocol from the diplomatic community. Diplomatic protocols define the rules by which the representatives of nations communicate and collaborate during social and official functions. These formal rules of conduct are intended to avoid international problems that could arise through the misinterpretation of ambiguous signals passed between diplomatic counterparts. The greatest potential for error naturally exists between nations with vastly dissimilar cultures and conventions for behavior. Establishing a standard of conduct through protocols, which all members of the diplomatic community understand and practice, minimizes the risk of miscommunications between nations of different cultures.
An analogy may be drawn to data communications. A communications network is a community of computer users who also must establish and maintain unambiguous lines of communication. If all network members had homogeneous needs and operated identical systems, this would not be much of a problem; however, networks are characterized by heterogeneous systems components. Typically, network users employ hardware devices (PC, printers, monitors, data storage devices, modems, and so on) and software (user applications, network control programs, and operating systems) that a variety of vendors produce. Passing messages effectively from device to device in such a multivendor environment requires ground rules or protocols.
http://www.flyfish.com/rods/brand_name.htmlนำหน้าโพรโทคอล http:// (เบราว์เซอร์เริ่มต้นส่วนใหญ่การ HTTP ถ้าไม่มีพิมพ์คำนำหน้า)ชื่อโดเมน www.fiyfish.com/อุปกรณ์ / ชื่อไดเรกทอรีย่อยแท่ง / ชื่อไดเรกทอรีย่อยชื่อเอกสาร brand_name.html (หน้า webWeb)ที่อยู่ IP ทุกโหนคอมพิวเตอร์และโฮสต์ที่เชื่อมต่อกับอินเทอร์เน็ตต้องมีที่อยู่โพรโทคอล (IP) ของอินเทอร์เน็ตซ้ำ สำหรับการส่งข้อความ อยู่ IP ของการส่งและการโหนผู้รับต้องมีการ ในปัจจุบัน ที่อยู่ IP จะแสดง โดยใช้แพคเก็ตข้อมูล 32 บิต รูปแบบทั่วไป 4 ชุดตัวเลขคั่นได้ การย่อยสลายของรหัสที่เป็นส่วนประกอบจะขึ้นอยู่กับระดับที่กำหนด Class A ชั้น B และแบบแผนเขียนคลาส C จะใช้สำหรับเครือข่ายขนาดใหญ่ ขนาดกลาง ขนาดเล็ก และ ตามลำดับ แสดงให้เห็นถึงเทคนิคการเข้ารหัส อยู่ IP 128.180.94.109 แปลเป็น:128.180 ลัยเซิร์ฟเวอร์คณะภาคธุรกิจ 94109 อาจารย์ของสำนักคอมพิวเตอร์ (โหนด) โพรโทคอลThe word protocol has been used several times in this section. Let’s now take a closer look at the meaning of this term. Protocols are the rules and standards governing the design of hardware and software that permit users of networks, which different vendors have manufactured, to communicate and share data. The general acceptance of protocols within the network community provides both standards and economic incentives for the manufacturers of hardware and software. Products that do not comply with prevailing protocols will have little value to prospective customers. The data communications industry borrowed the term protocol from the diplomatic community. Diplomatic protocols define the rules by which the representatives of nations communicate and collaborate during social and official functions. These formal rules of conduct are intended to avoid international problems that could arise through the misinterpretation of ambiguous signals passed between diplomatic counterparts. The greatest potential for error naturally exists between nations with vastly dissimilar cultures and conventions for behavior. Establishing a standard of conduct through protocols, which all members of the diplomatic community understand and practice, minimizes the risk of miscommunications between nations of different cultures. An analogy may be drawn to data communications. A communications network is a community of computer users who also must establish and maintain unambiguous lines of communication. If all network members had homogeneous needs and operated identical systems, this would not be much of a problem; however, networks are characterized by heterogeneous systems components. Typically, network users employ hardware devices (PC, printers, monitors, data storage devices, modems, and so on) and software (user applications, network control programs, and operating systems) that a variety of vendors produce. Passing messages effectively from device to device in such a multivendor environment requires ground rules or protocols.
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