An upcoming technology
- Ashok
Govindarajan
26-12-2016 Technology sharing series 1
Contents
26-12-2016 Technology sharing series 2
• Upcoming technology
• What is the problem definition?
• Solution, benefits, startups trying to solve this problem, links to Python
Problem statement – Block diagram level
26-12-2016 Technology sharing series 3
What does a photographer
do? Take photographs which
are stored in the camera.
(RAW format) – Example size,
say 1MB
Processes them in the PC
for compression;
RAW file to JPEG
conversion; Uploads
them. (JPEG Format) –
Compressed size is 50 kB;
Compression factor = 20
Can he/she photograph, such that, we get a 50kB image directly
without the the 1MB to 50 kB processing?
That is, can the photographer directly take pictures that are compressed?
Problem statement – flow-wise and a few questions
26-12-2016 Technology sharing series 4
Is it possible to avoid step 2? If yes, is there a technology?
What are the advantages/benefits? Under what context are the advantages/benefits
most needed?
Solution, Benefits, Startup company and Links to Python
26-12-2016 Technology sharing series 5
• Solution Space : Compressive Sensing
• Benefits : Lesser space for photos taken by digital cameras and lower MRI time.
Primarily needed in sensor networks where lesser “measurements” mean lesser
power, so LONGER BATTERY LIFE
• Startup Company : http://inviewcorp.com/applications/compressive-
sensing/#.WFktx1N97IU ; Latest updates in June 2016.
• Links to Python : https://pypi.python.org/pypi/pycompsense
 pycompsense is a toolbox for compressed sensing and sparse reconstruction
algorithms.
• Info : Provided a simplified explanation, to ease understanding in the community
26-12-2016 Technology sharing series 6
Thank You

An upcoming technology

  • 1.
    An upcoming technology -Ashok Govindarajan 26-12-2016 Technology sharing series 1
  • 2.
    Contents 26-12-2016 Technology sharingseries 2 • Upcoming technology • What is the problem definition? • Solution, benefits, startups trying to solve this problem, links to Python
  • 3.
    Problem statement –Block diagram level 26-12-2016 Technology sharing series 3 What does a photographer do? Take photographs which are stored in the camera. (RAW format) – Example size, say 1MB Processes them in the PC for compression; RAW file to JPEG conversion; Uploads them. (JPEG Format) – Compressed size is 50 kB; Compression factor = 20 Can he/she photograph, such that, we get a 50kB image directly without the the 1MB to 50 kB processing? That is, can the photographer directly take pictures that are compressed?
  • 4.
    Problem statement –flow-wise and a few questions 26-12-2016 Technology sharing series 4 Is it possible to avoid step 2? If yes, is there a technology? What are the advantages/benefits? Under what context are the advantages/benefits most needed?
  • 5.
    Solution, Benefits, Startupcompany and Links to Python 26-12-2016 Technology sharing series 5 • Solution Space : Compressive Sensing • Benefits : Lesser space for photos taken by digital cameras and lower MRI time. Primarily needed in sensor networks where lesser “measurements” mean lesser power, so LONGER BATTERY LIFE • Startup Company : http://inviewcorp.com/applications/compressive- sensing/#.WFktx1N97IU ; Latest updates in June 2016. • Links to Python : https://pypi.python.org/pypi/pycompsense  pycompsense is a toolbox for compressed sensing and sparse reconstruction algorithms. • Info : Provided a simplified explanation, to ease understanding in the community
  • 6.