TED University (TED Üniversitesi) ** School Info TED University (TED Üniversitesi) has 12 departments in Course Hero with 149 documents.

ANKARA, Central Anatolia Region
http://www.tedu.edu.tr/

* We aren't endorsed by this school

Find your department

All Departments (12)

'{[deptFilter.toUpperCase()]}' Departments ({[filteredDepartments.length]})

All A B C D E F G H I J K L M N O P Q R S T U V W X Y Z 0-9

ARCH
- 21 Documents
CMPE
- 1 Document
COUSELING
- 1 Document
ECON
- 3 Documents
EE
- 59 Documents
ENG
- 11 Documents
ENGINEERIN
- 20 Documents
- 3 Advice
ENGLISH DE
- 8 Documents
IE
- 12 Documents
- 1 Advice
INDUSTRIAL
- 1 Document
MATH
- 7 Documents
ME
- 5 Documents

{[ dept.deptAcro ]}
{[ dept.deptAcro ]}
Course Hero has verified this tag with the official school catalog
- {[ dept.numDocs | number:0 ]} Document{[dept.numDocs>1?'s':'']}
- {[ dept.numQa | number:0 ]} Q&A{[dept.numQa>1?'s':'']}
- {[ dept.numFlashcardSets | number:0 ]} Flashcard{[dept.numFlashcardSets>1?'s':'']}
- {[ dept.numCourseAdvice | number:0 ]} Advice

{[ filteredDepartmentsMessage ]}

TED University Documents (149)

Master your classes with homework help, exam study guides, past papers, and more for TED Üniversitesi.

Most Recent Documents for TED Üniversitesi

View all

22 pages
- IE332-LectureNotes02-Spr16
- TED University
- Mathematical Modelling and Optimization III
- IE 332 - Summer 2017
- IE332 Mathematical Modeling and Optimization III Lecture Notes 02 IE332 Mathematical Modeling and Optimization III Lecture Notes 02 Markov Chains IE332 Mathematical Modeling and Optimization III Lecture Notes 02 Markov Chains One special discrete-time st
- Register Now
IE332-LectureNotes02-Spr16
4 pages
- IE332_StudySet_QueuingTheory
- TED University
- Mathematical Modelling and Optimization III
- IE 332 - Summer 2017
- IE332 Mathematical Modeling and Optimization III Study Set Queueing Theory 1. There are three jobs to be processed. Three identical servers with exponential service times with a rate of start processing the jobs simultaneously at clock time t = 0. Given t
- Register Now
IE332_StudySet_QueuingTheory
1 pages
- policy_iter
- TED University
- Mathematical Modelling and Optimization III
- IE 332 - Summer 2017
- ward, discounted back to the beginning of period 2 and earned from the beginning of p;- For this olic riod 2 onward, is given by P Y, we have alre 487.81, and V309) = ady found that V3(E) 487.81. We now compute T5( j=N Z p(j|i, B(I')Ve(j) i=1 -
- Register Now
policy_iter
13 pages
- IE332-LectureNotes03-Spr16
- TED University
- Mathematical Modelling and Optimization III
- IE 332 - Summer 2017
- IE332 Mathematical Modeling and Optimization III Lecture Notes 03 IE332 Mathematical Modeling and Optimization III Lecture Notes 03 Markov Chains Part II IE332 Mathematical Modeling and Optimization III Lecture Notes 03 Steady State Probabilities Theorem
- Register Now
IE332-LectureNotes03-Spr16
11 pages
- IE332-LectureNotes01-Spr16
- TED University
- Mathematical Modelling and Optimization III
- IE 332 - Summer 2017
- IE332 Mathematical Modeling and Optimization III Lecture Notes 01 IE332 Mathematical Modeling and Optimization III Lecture Notes 01 Stochastic Processes IE332 Mathematical Modeling and Optimization III Lecture Notes 01 Stochastic Processes Suppose that w
- Register Now
IE332-LectureNotes01-Spr16
2 pages
- IE332_StudySetII_QueuingTheory-Answers (1)
- TED University
- Mathematical Modelling and Optimization III
- IE 332 - Summer 2017
- IE332 Mathematical Modeling and Optimization III Study Set - Queueing Theory - Answers 1. a) 1 2 b) 1 1 + 2 2. b) P cfw_ N 1=0, N 2=1 =0.268 , P cfw_ N 1=0, N 2=0 =0.322 , P cfw_ N 1=2, N 2=0 =0.112 , P cfw_ N 1=3, N 2=0 =0.031 . P cfw_ N 1=1, N 2=0 =
- Register Now
IE332_StudySetII_QueuingTheory-Answers (1)
1 pages
- IE332_StudySet-MarkovChains-Answers
- TED University
- Mathematical Modelling and Optimization III
- IE 332 - Summer 2017
- IE332 Mathematical Modeling and Optimization III Study Set I - Answers 1. Answers to these problems except the ones given below can be found at the appendix of the text book. 17.5 A8: 1 3 3 1 a) 0= , 1= , 2= , 3= 8 8 8 8 b) 8 17.5 B13: Policy 1 expected c
- Register Now
IE332_StudySet-MarkovChains-Answers
1 pages
- IE332_HW3
- TED University
- Mathematical Modelling and Optimization III
- IE 332 - Summer 2017
- IE332 HW3 Due Date: 05/06/2017 Monday 17:00 A machine in excellent condition earns $ profit per week, a machine in good condition earns $ per week, and a machine in bad condition earns $ per week. At the beginning of any week, a machine may be sent out fo
- Register Now
IE332_HW3
2 pages
- IE332_StudySet_MarkovChains
- TED University
- Mathematical Modelling and Optimization III
- IE 332 - Summer 2017
- IE332 Mathematical Modeling and Optimization III Study Set Markov Chains 1. Solve the following problems from your text book: 17.2 A2 (p. 927), 17.2 B4 (p. 927), 17.3 A1 (p. 931), 17.5 A4 (p. 940), 17.5 A8 (p. 941), 17.5 B13 (p. 941), 17.6 B11 (p. 949) 2.
- Register Now
IE332_StudySet_MarkovChains
9 pages
- prob_dyn_programming
- TED University
- Mathematical Modelling and Optimization III
- IE 332 - Summer 2017
- Solved Examples Example 1: 11.4.-2 Imagine that you have $5,000 to invest and that you will have an opportunity to invest that amount in either of two investments (A or B) at the beginning of each of the next 3 years. Both investments have uncertain retur
- Register Now
prob_dyn_programming
6 pages
- EE 312 - Midterm Exam II Solutions
- TED University
- Control
- EE 312 - Summer 2017
- RE 312 COMMUNICATION SYSTEMS 1 SPRING 2016-2017 w Instructor: Hose in U_ ldiz Duration: 12!] minutes Date. May I l. 20] 7 lsmgom _.- ansmr TED UHW Student ID: _ 50w nuns Instructions: Please begin by writing your name, 1D, and print your s
- Register Now
EE 312 - Midterm Exam II Solutions
6 pages
- Syllabus for EE312_Spring2016
- TED University
- Control
- EE 312 - Summer 2017
- Syllabus for EE 312 Communication Systems I Spring 2015-2016 Instructor: Prof. Dr. Mete Severcan Office: Phone: E-mail: [email protected] Time Schedule: Tuesday (15.00 16.50), Wednesday (13:00 13:50) Office Hours: Wednesday (14:00-15:00) By appoin
- Register Now
Syllabus for EE312_Spring2016
8 pages
- EE 312 - Midterm Exam I Solutions
- TED University
- Control
- EE 312 - Summer 2017
- SPRING 2016-2017 . Duration: 20 minutes DIE. MlCl 30. 20'? 091%] km EE 312 - COMMUNICATION SYSTEMS I Sewn out: Instructions: 0 Please begin by writing your name, ID. and print your signature in the boxes above. 0 This is a closed- in exam but
- Register Now
EE 312 - Midterm Exam I Solutions
6 pages
- Midterm1 Solutions
- TED University
- Control
- EE 312 - Summer 2017
- EE 312 Communication Systems I WMidterm #1 SOLVT \ OH; H; wmmmm March 23, 2016 4 Problems, 25 points each. Duration: 110 minutes. \,_ Last Name First Name J thI-A Total sin(A : B) : sin(A) cos(B) i sin(B) cos(A) C050
- Register Now
Midterm1 Solutions
6 pages
- Exp 5 - EE204 Electrical and Electronic Circuits Laboratory
- TED University
- Control
- EE 312 - Summer 2017
- TED UNIVERSITY EE204 ELECTRICAL AND ELECTRONIC CIRCUITS LABORATORY EXPERIMENT 5 Impedance Measurements Objectives: In this experiment, you will learn: a) Impedance measurement methods b) Impedance measurement of several electrical components Equipment Lis
- Register Now
Exp 5 - EE204 Electrical and Electronic Circuits Laboratory
5 pages
- Exp 3 - EE204 Electrical and Electronic Circuits Laboratory
- TED University
- Control
- EE 312 - Summer 2017
- TED UNIVERSITY EE204 ELECTRICAL AND ELECTRONIC CIRCUITS LABORATORY EXPERIMENT 3 Diodes and Rectifiers Objectives: In this experiment, you will learn: a) The i vs. v characteristics of silicon and germanium diodes b) Several diode circuits are designed and
- Register Now
Exp 3 - EE204 Electrical and Electronic Circuits Laboratory
4 pages
- Exp 6 - EE204 Electrical and Electronic Circuits Laboratory
- TED University
- Control
- EE 312 - Summer 2017
- TED UNIVERSITY EE204 ELECTRICAL AND ELECTRONIC CIRCUITS LABORATORY EXPERIMENT 6 Frequency Response Objectives: In this experiment, you will learn: a) Frequency responses of RL, RC and RLC circuits Equipment List: a) b) c) d) e) f) g) h) Multimeter Power s
- Register Now
Exp 6 - EE204 Electrical and Electronic Circuits Laboratory
5 pages
- Exp 4 - EE204 Electrical and Electronic Circuits Laboratory
- TED University
- Control
- EE 312 - Summer 2017
- TED UNIVERSITY EE204 ELECTRICAL AND ELECTRONIC CIRCUITS LABORATORY EXPERIMENT 4 Zener Diodes Objectives: In this experiment, you will learn: a) The i vs. v characteristics of zener diodes b) Regulation effect of the zener diode Equipment List: a) b) c) d)
- Register Now
Exp 4 - EE204 Electrical and Electronic Circuits Laboratory
4 pages
- Exp 1 - EE204 Electrical and Electronic Circuits Laboratory
- TED University
- Control
- EE 312 - Summer 2017
- TED UNIVERSITY EE204 ELECTRICAL AND ELECTRONIC CIRCUITS LABORATORY EXPERIMENT 1 Introduction to LTSpice Objectives: In this experiment, you will learn: a) Basic and advanced properties of LTSpice b) Time domain and frequency domain analysis of the electri
- Register Now
Exp 1 - EE204 Electrical and Electronic Circuits Laboratory
2 pages
- Exp 2 - EE204 Electrical and Electronic Circuits Laboratory
- TED University
- Control
- EE 312 - Summer 2017
- TED UNIVERSITY EE204 ELECTRICAL AND ELECTRONIC CIRCUITS LABORATORY EXPERIMENT 2 Transformers Objectives: In this experiment, you will learn: a) Different transformer circuits b) Transformer parameter determination with short circuit test c) Frequency resp
- Register Now
Exp 2 - EE204 Electrical and Electronic Circuits Laboratory
6 pages
- EE312 Final Solutions
- TED University
- EE lab
- EE 204 - Summer 2017
- E5343. Problem 1. l: iNHl EXRM SOLUTION A nonlinear device followed by a bandpass lter is used to obtain normal amplitude modulation as shown in the gure below. The nonlinear device is characterized by the input- output relationship y = a + bx + ex2 . The
- Register Now
EE312 Final Solutions
4 pages
- EE312 Homework 2 Solutions
- TED University
- EE lab
- EE 204 - Summer 2017
- SOLUTIONS TO 39m 10% I G HW'Q. 0 me!m I 9% 92+) bewce )1 0W+QX+QX+QJK J H31) mHerui 3 a) 3m , a + a [m(+)+/4o3w1]+ 4 2wa +nao5u+1~ro ImhALOJLJCQ 7. (I tlIHlmc, z WMwwl m w :4 mm grow m m mung]: m (n+3 m (e) A an; + 3 Almmmmg + glue; l I + 3 _ "+ww52uL U
- Register Now
EE312 Homework 2 Solutions
3 pages
- EE312 Homework 3 Solutions
- TED University
- EE lab
- EE 204 - Summer 2017
- Register Now
EE312 Homework 3 Solutions
4 pages
- EE312 HW5 Solutions
- TED University
- EE lab
- EE 204 - Summer 2017
- Register Now
EE312 HW5 Solutions
4 pages
- EE312 Homework 4 Solutions
- TED University
- EE lab
- EE 204 - Summer 2017
- Register Now
EE312 Homework 4 Solutions
2 pages
- EE312 Homework 2
- TED University
- EE lab
- EE 204 - Summer 2017
- EE312 Communication Systems I Spring 2016 Homework # 2 Assigned: Tuesday, February 23 Due: Tuesday, March 1 Problem 1. We use a nonlinear device followed by a band pass filter to obtain an amplitude modulated signal. The input to the nonlinear device is x
- Register Now
EE312 Homework 2
1 pages
- EE312 Homework 4
- TED University
- EE lab
- EE 204 - Summer 2017
- EE312 Communication Systems I Spring 2016 Homework # 4 Assigned: Tuesday, Apr 5, 2016 Due: Tuesday, Apr 12, 2016 1) The carrier = 50cos (2 ) is frequency modulated by the signal = 10cos (2000) Volts using a frequency modulator having a frequency sensitivi
- Register Now
EE312 Homework 4
1 pages
- EE312 Homework 1
- TED University
- EE lab
- EE 204 - Summer 2017
- EE312 Communication Systems I Spring 2016 Homework # 1 Assigned: Tuesday, 9 February Due: Tuesday, 16 February Solve the following problems from the text book, (Proakis and Salehi). 1. Problem 2.4 part a only. (Note there is a misprint in the figure. The
- Register Now
EE312 Homework 1
1 pages
- EE312 Homework 3
- TED University
- EE lab
- EE 204 - Summer 2017
- EE312 Communication Systems I Spring 2016 Homework # 3 Assigned: Tuesday, March 8 Due: Tuesday, March 15 Problem 1. A lower sideband SSB signal is obtained by modulating a carrier signal 10 cos210 by a message signal = 2 sin21000 + 4cos (22000). a) Determ
- Register Now
EE312 Homework 3
1 pages
- EE312 Homework 5
- TED University
- EE lab
- EE 204 - Summer 2017
- EE312 Communication Systems I Spring 2016 Homework # 5 Assigned: Tuesday, April 26 Due: Tuesday, May 3 Problem 1. Consider a superheterodyne receiver made to receive FM stations. The receiver uses a 10.7 MHz IF stage and a limiter-discriminator type demod
- Register Now
EE312 Homework 5