3 Observations3.1 Record the following for each technology found• Speed in megabits per second• Type of transmission media• Age of the technology• Where you found the technologyUsage of Transmission mediaNetworkInterprocessordistanceSpeedAgenamenetworkPAN1 mSquarewiredmeter10 mRoomLANBoth wiredandwireless100 mBuilding1 kmCampusMAN10 kmCityBoth wiredandwireless100 kmCountryWANBoth wiredandwireless1000 kmContinentInternet10,00 kmPlanetBoth wiredandwireless

Given table consists of different network technologies with their distance, usage of network and the…

3 Observations 3.1 Record the following for each technology found • Speed in megabits per second • Type of transmission media • Age of the technology • Where you found the technology Network Interprocessor distance Usage of Transmissi Speed network Age on media name PAN 1 m Square wired meter 10 m Room LAN Both wired and 100 m Building wireless 1 km Campus MAN 10 km City Both wired and wireless 100 km Country WAN Both wired and wireless 1000 km Continent Internet 10,00 km Planet Both wired and wireless

3 Observations 3.1 Record the following for each technology found • Speed in megabits per second • Type of transmission media • Age of the technology • Where you found the technology Network Interprocessor distance Usage of Transmissi Speed network Age on media name PAN 1 m Square wired meter 10 m Room LAN Both wired and 100 m Building wireless 1 km Campus MAN 10 km City Both wired and wireless 100 km Country WAN Both wired and wireless 1000 km Continent Internet 10,00 km Planet Both wired and wireless

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

See similar textbooks

Similar questions

Describe simplex, half-duplex, and full-duplex transmission and compare them in terms of effective data transfer rate. Which one is the slowest?
Discuss the characteristics and use cases of different types of guided transmission media, such as twisted pair cables, coaxial cables, and optical fibers. What are their respective advantages and limitations?
Describe the basic principles of guided transmission media, such as twisted pair, coaxial cable, and optical fiber. How do they differ in terms of data transmission characteristics?
Describe the concept of "terrestrial microwave communication" and its significance in long-distance data transmission.
How are advancements in optical fiber technology, such as multi-core fibers, set to revolutionize data transmission rates on the internet?
analogy between two modes of transmission (twisted pairs, coaxial cable, microwave, satellite, fiber optical).
Match the following with a correct answer A. Token Ring B. 10Base5- Ethernet Thicknet C. 10base 2 Ether Thinnet select 1. IEEE 802.3 select 2. IEEE 802.3a select 3. IEEE 802.5
Compare the characteristics and applications of "optical fiber" and "coaxial cable" in terms of data transmission.
233. The transmission media that handle the communication between offices is called a. local loops b. Trunks c. LATA d. local service exchange
Describe the characteristics and applications of optical communication using fiber optics. How does it compare to traditional copper-based communication?
Could you please help me with this question.I am having trouble with this question.Need a step step explanation for each question.
Is it necessary to compare the data rates of Standard Ethernet, Fast Ethernet, Gigabit Ethernet, and Ten-Gigabit Ethernet?