Write appropriate scripts (m-file) and/or user defined functions in MATLAB to solve the given below problem. To be able to write appropriate code snippets that handle the given problems you may need to do some additional research and study. Show your references as a footnote where necessary. You may discuss and work with your friends to find solutions. However, everyone should write their report alone and use their own words. Any cheating, copy-paste, etc. will result in zero grade for students who are involved. A report format is given as a part of this homework, use it to write your own report. Your report (in pdf format) should include your code files, your results (images, graphs, text, etc.), as well as your comments about your code and your results. The deadline for the report is 08.01.2023, 23:59. Compress all your materials (your report, scripts, and function files) to a single .zip file and upload it to the link given below. Homeworks sent as an e-mail will not be graded. Any late or no submissions will be graded with zero.
Submission Link: https://forms.gle/5zaGZqGb3RPjfbVYA
Note: If you do not receive a confirmation e-mail after submitting your homework, you may contact Res.Asst. Fatih
Ekrem Onat to verify your submission.
Write appropriate
scripts (m-file) and/or user defined functions in MATLAB to solve the given below
problem. To be able to write appropriate code snippets that handle the given problems
you may need to do some additional research and study. Show your references as
a footnote where necessary. You may discuss and work with your friends to find
solutions. However, everyone should write
their report alone and use their own
words. Any cheating, copy-paste,
etc. will result in zero grade
for students who are involved. A report format is given as a part of
this homework, use it to write your own report. Your report (in pdf
format) should include your code files, your results (images, graphs, text,
etc.), as well as your comments about your code and your results. The deadline for the report is 29.12.2022, 23:59. Compress all your
materials (your report, scripts, and function files) to a single .zip
file and upload it to the link given below. Homeworks sent as an e-mail
will not be graded. Any late or no submissions will be graded with zero.
Submission Link: https://forms.gle/xS7N54qQe63AHKGx8
Note: If you do not receive a
confirmation e-mail after submitting your homework, you may contact Res.Asst. Fatih
Ekrem Onat to verify your submission.
Dear Students
You will be assessed with your first paper-based Quiz at 31/10/2022, Monday. The Quiz will be given at the last 15 minutes of our lecture which will be held between 9:00-11:00.
Good luck,
Gorkem
Dear students,
Students, who have taken BME2301 Circuit Theory course in a previous term, would be directly exempt from the lab part of the course for this semester only if they have previously scored 60 or above for the lab before. Their previous score will be counted as their final Lab score. These students can also attend to the Lab exemption exam to enhance their previous score (which is above 60), but they should be aware that they will need to retake the Lab sessions in the condition of getting a Lab exemption exam score below 60.
Repeating students, who do not satisfy the above condition and want to be exempt from the lab, must take the lab exemption exam that will take place on the second week of the term. Students who achieve 60 or higher in this exam may be exempt from the lab section. Their Lab exemption exam score will be counted as their final Lab score.
Exemption exam for Circuit Theory lab will consist of two parts;
1. Simulation: You will be given a circuit to simulate in a limited amount of time. You will prepare a basic report that contains your simulation results and upload this file before the given deadline. This part of the exam will take place on 12/10/2022 at 20:00-22:00.
2. Circuit building and measurement: This part of the exam will test your ability to build a circuit and use the devices that were covered in Circuit Theory lab. This part of the exam will take place on 13/10/2022 during lab hours.
Use the form given in the link below to apply for exemption or the exam.
UPDATE: Deadline for application is 10/10/2022 23:59. Both students who wants to be exempt without exam (with 60 or higher grade in a previous term) and students who wants to take the exam must fill the form.
BME2322 – Logic Design and BME2312 - Analog Electronics Homework 1
Deadline - 12-03-2020
Please bring the solutions to relevant problem solving sessions.
Handwriting is permitted.
BME1901 Introductory Computer Sciences - HW 2 Grades
The effect of all exams and homeworks on your final grade is listed as:
Midterm 1 = %25
Midterm 2 = %25
HW1 = %5
HW2 = %5
Final = %40
BME1901-Homework2Grades.pdf
The deadline for the report is 16.12.2019. You are requested to bring a printed out copy of your report in the beginning of your laboratory session. Reports will be collected by the research assisstant of your session. Any late or no submissions will be graded as zero.
BME2301 - Circuit Theory - Capacitor and Inductor DC Response Samples
The
deadline for the report is 06.11.2019. You are requested to bring
a printed out copy of your report to the first mid-term exam. Reports will be
collected during the exam. Any late or no submissions will be graded with as zero.
BME1901 Introductory Computer Sciences - The solution of the Image Cropping and Resolution Question in Lab 1
BME1901 Introductory Computer Sciences - Segmentation Example written in 02-10-2019