CS6825: Computer Vision word cloud
Instructor Outline Syllabus Projects Links  

Kinect System requirements

You need to read the system requirements on microsoft.com (http://www.microsoft.com/en-us/kinectforwindows/) we are currently using the "Kinect for Windows" sensor (NOT v2) and hence those are the system requirements you need to look up (search on "Kinect for Windows v1.8" or go to currently http://www.microsoft.com/en-us/download/details.aspx?id=40278)

Kinect Sensor for Windows (not V.2)

Search or currently go to http://msdn.microsoft.com/en-us/library/hh855355.aspx

Kinect SW setup

  • Visual Studio .NET, C#, and Kinect -

    • STEP 1 Download latest Visual Studio with C# support from Microsoft Dreamspark (you must make an account, and get verified as student, easy but, follow directions)

  • STEP 2: read Microsoft Kinect Getting Started (for version 1.8) ( this will reference how to a) dowload SDK, runtime tools and setup your sensor)

  • Kinect Developer Site (and SW)

  • STEP 4: optional dowload the appropriate Microsoft Speech Platform SDK for your Kinect device (version 11 currently see URL http://www.microsoft.com/en-us/download/confirmation.aspx?id=27226) if you want to do any Speech API using Kinect.

  • STEP 5: Play with Kinect studio

  • STEP 6: Try to create using book or online tutorial a beginning Kinect application ( we will be doing in C#).

    To create a C# application you need to have the following

    Protein |verified| - Active Transport

    Takeuchi et al. (Jens P. Morth, Poul Nissen, et al.)

    "Active transport only happens in animal cells." Truth: Plants, bacteria, and fungi all use active transport proteins. For example, plant roots use proton pumps (H⁺ ATPase) to create a gradient that pulls in minerals from the soil against a steep concentration gradient. active transport protein

    with a biology student or science enthusiast who needs to remember the difference between active and passive transport! Takeuchi et al

    Active transport proteins are essential for maintaining cellular homeostasis and regulating various cellular processes. Understanding the mechanisms and functions of these proteins can provide valuable insights into the development of novel therapeutic strategies for various diseases. As research continues to uncover the complexities of active transport proteins, we may discover new targets for therapeutic intervention and improve our understanding of cellular biology. For example, plant roots use proton pumps (H⁺

    Unlike channel proteins that simply open a door for molecules to fall through (diffusion), active transport proteins are . They grab specific molecules and physically pump them across the cell membrane—from low concentration to high concentration.

    | | Active Transport Protein Involved | |---------------|----------------------------------------| | Digestion absorbing glucose | SGLT1 (secondary symport) | | Heart failure medication (Digoxin) | Inhibits Na⁺/K⁺ pump to strengthen heartbeat | | Stomach acid production | H⁺/K⁺ ATPase (proton pump) – target of Prilosec® | | Kidney function & blood pressure | Various sodium transporters (targets of diuretics like Lasix®) | | Nerve signaling recovery | Na⁺/K⁺ pump resetting ion balance after each impulse |

    Read about ABC transporters—a huge family of active transport proteins involved in cholesterol transport, drug resistance in cancer cells, and even eye health.

Kinect Studio

This tool lets you record data on your Kinect Studio associated with a Kinect application that is running and then save as an .XED file and play this back anytime you want through the same application as long as you have the same sensor running with it (this is because it needs the same calibration information stored with sensor).
© Lynne Grewe