You will also need the license.dat file (downloaded from the link on your purchase receipt.) Proceed with the installation as prompted. Enter the 115-digit file installation key from your purchase receipt. To activate as a network license: From the Advanced Options pull down menu at the top right, select "I have a File Installation Key".Choose to authorize now and proceed with the installation as prompted. You may select the Matlab (individual) license, if available, otherwise enter the 25-digit Activation Key (from your purchase receipt). To activate as a standalone license: If your account is already associated with the Caltech license, under Licenses, you will see a list of the Caltech licenses available.You may now choose to activate as a standalone license or a network license.Your username should be your email address Login with a account create one if you do not have one.Launch the installation to begin installation.To do this, select the file and press Apple-I to Get Info. Mac users may need to update the file extension to remove.Hover over link and right click to Save As.MATLAB network installations require a license.dat file to run, which can be downloaded from the link provided in your Matlab purchase receipt.If using a single machine/standalone installation, you do not need a network connection, but you will need to reactivate annually. If using Matlab from off-campus, please use VPN. MATLAB network installations require a Caltech network connection.Matlab R2020 Installation (both Network & Standalone): Network licenses use "file installation keys" whereas standalone/single-machine licenses use "activation keys". Please note the type of license your ordered via the webstore. Platform Road Map for the MATLAB and Simulink Product Families.System Requirements and Supported Compilers for Previous Releases.System Requirements & Platform Availability: This virtual Matlab workstation gives you access to more processors and memory without the need to install any additional software. IMSS also offers a low-cost service that provides HTML5 streaming desktop running Matlab for those who need to run a big Matlab job in a fraction of the time it would take on a regular desktop. To request access to the LNU license, please contact us at (request type IMSS > Software Licensing & Distribution > Matlab Inquiry). NOTE: Our campus Matlab license now allows use in cloud services (POD, AWS) using the Login Named User (LNU) feature. Click to see a list of all toolboxes included in the Matlab full suite. IMSS maintains a Matlab Total Academic Headcount (TAH) license, which includes a Campus license (which allows standalone AND network activations), and a Student license (only standalone activation). Microsoft 365 Subscription-Based Licensing My COVID-19 Vaccination Documentation - External Affiliates, Guests, and Volunteers My COVID-19 Vaccination Documentation - External Users Open Wired, Wireless & Remote Access Submenu Open Voice, Mobile, Conference Calls Submenu Microsoft Subscription-Based Licensing (M365) Open Computers, Printers & Software Submenu Open Collaboration, Storage & Backups Submenu Open Accounts, Passwords & Access SubmenuĬustom Java Config File Download and InstructionsĬOVID-19 Vaccination Documentation - External UsersĬOVID-19 Vaccination Documentation - External Affiliates, Guests, and Volunteers I would also want to shoot a 2nd view from behind home plate (with the ball coming directly towards the camera) to measure movement laterally (left and right) of the ball in inches.Information Management Systems and Services I could capture HD video in 60 fps so the ball would be traveling across the screen from right to left so we could see it "drop" from a straight/flat trajectory and then analyze how much it "dropped" in inches. And from the 20 images we would be able to see starting point of the ball and the finishing point of the ball from the images. It could be assumed that the ball is traveling on a smooth trajectory. The video would be 60 frames per second (and could do 100 fops if necessary) and would capture about 20-24 images of the ball during its flight from the pitcher to across home plate since the total time traveled in the air is about 0.4 seconds. If possible I would also like to eventually try and capture estimated velocity/speed of the ball. I want to create image processing environment or software from MatLab for MAC operating system that would estimate/analyze trajectory of a pitched baseball from video images.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |