Workout Day 13

Samarinda,10 September 1990

* Running : 5 x 800m

* Freeletics : MaX {15 weeks Program, Week 1 Session 5 -> 300 Seconds}
Burpee max ( 5 menit) 30 reps
Squat max ( 5 menit) 97 reps
Burpee max ( 5menit) 27 reps

Workout Day 11

Samarinda, 8 September 2017

* Warming up
     - Skipping 50 reps
     - Jumping Jacks 50 reps
     - Squat 20 reps
     - Hip Raises 10 reps
     - Arm & Reg Lift Left 10 reps
     - Arm & Reg Lift Right 10 reps
     - Diving Push Ups 10 reps

* Freeletics : Dione (Standart) {15 weeks Program, Week 1 Session 4 -> 1:24:46}

    Round 1
     - Jumping Jacks 75 reps
     - Burpees 25 reps
     - Leg Raises 50 reps
     - Jumping Jacks 75 reps
     - Sit ups 50 reps
     - Burpees 25 reps  

    Round 2
     - Jumping Jacks 75 reps
     - Burpees 25 reps
     - Leg Raises 50 reps
     - Jumping Jacks 75 reps
     - Sit ups 50 reps
     - Burpees 25 reps 

    Round 3
     - Jumping Jacks 75 reps
     - Burpees 25 reps
     - Leg Raises 50 reps
     - Jumping Jacks 75 reps
     - Sit ups 50 reps
     - Burpees 25 reps 

END

Workout Day 10

Samarinda, 7 September 2017

* Warming up
     - Skipping 50 reps
     - Jumping Jacks 50 reps
     - Squat 20 reps
     - Hip Raises 10 reps
     - Arm & Reg Lift Left 10 reps
     - Arm & Reg Lift Right 10 reps
     - Diving Push Ups 10 reps

* Freeletics : Aphrodite {15 weeks Program, Week 1 Sesion 3 -> 1:27:48}
    Round 1
     - Burpees 50 reps
     - Squat 50 reps
     - Sit ups 50 reps

    Round 2
     - Burpees 40 reps
     - Squat 40 reps
     - Sit ups 40 reps

    Round 3
     - Burpees 30 reps
     - Squat 30 reps
     - Sit ups 30 reps

    Round 4
     - Burpees 20 reps
     - Squat 20 reps
     - Sit ups 20 reps

    Round 5
     - Burpees 10 reps
     - Squat 10 reps
     - Sit ups 10 reps

END

Workout Day 9

Samarinda,6 September 1990

* Freeletics : MaX {15 weeks Program, Week 1 Sesion 2 -> 300 Seconds}
Burpee max ( 5 menit) 37 reps
Squat max ( 5 menit) 103 reps
Burpee max ( 5menit) 33 reps

PhD in Biomedical Engineering – Medical Image Analysis and Physiological Signal Processing, Kwangwoon University, Seoul, South Korea

PhD in Biomedical Engineering – Medical Image Analysis and Physiological Signal Processing, Kwangwoon University, Seoul, South Korea

Project Description
In this project, the Ph.D. candidate will be partly assigned to two projects:

1) Develop an image processing system that counts white blood cells in the nailfold capillaroscopy The project will investigate a variety of image processing, computer vision and machine learning techniques to estimate human immune function using nailfold capillaroscopy.


2) Develop a biomedical application using multi-modal physiological signals
In this project, the candidate will analyze multi-modal physiological signals including, but not limited to, Electrokardiogram (EKG), Electromyogram (EMG), photoplethysmography (PPG), Electroencephalogram (EEG) and etc., and will develop a machine learning application using the acquired physiological signals. This project is at an early stage, so the goals and specifications of the application will be specified as the project progresses.

Lab Info: http://bmclhome.wixsite.com/main

Requirements
- CV
- GPA > 3.5 / 4
- TOEFL > 80
- Master's degree in biomedical engineering or computer engineering (or in closely related fields). Students with only bachelor’s degree can also apply, but those students must finish a 2-years master's course first, and will be conditionally accepted as the Ph.D. candidate based on their job performances.

Required skills (optional)
Machine learning, Image processing, MATLAB, Python, Deep learning, Biomedical Engineering

Funding Notes

The students will be paid as research assistants and all fees associated with enrollment will be paid by the National Research Foundation of Korea.

Interested candidates are pleased to send their applications to the following email:
Jiwoo You: jwryu1128@gmail.com

Prof. Cheolsoo Park: parkcheolsoo@kw.ac.kr

A PhD and a Postdoc position in the area of Intelligibility Aware Hearing Assistive Devices

A PhD and a Postdoc position in the area of Intelligibility Aware

Hearing Assistive Devices are open for appointment from 1. September,

2017, at the Technical Faculty of IT and Design, Department of

Electronic Systems at Aalborg University. The fully funded positions are

available for a period of three years.

We are looking for highly motivated, independent, and outstanding phd

and a postdoc candidates with a strong background in (statistical)

speech signal processing, machine learning, and desirable knowledge of

(impaired) auditory perception, hearing aid technology, etc.

You may obtain further information about the scientific aspects of the

Phd and Postdoc positions from Prof. Jesper Jensen (jje@es.aau.dk),

Prof. Søren Holdt Jensen (shj@es.aau.dk) and at

http://www.vacancies.aau.dk/ show-vacancy/?vacancy=911390 and

http://www.vacancies.aau.dk/ show-vacancy/?vacancy=911157. Please apply

by July 31, 2017 at www.vacancies.aau.dk.

30 Master Scholarships for Women at University of Essex, UK

30 Master Scholarships for Women at University of Essex, UK

https://www.essex.ac.uk/fees-and-funding/masters/scholarships/women-future.aspx