How to use condoms for other than their intended purpose.

Have a lot of computer hardware? Link it together to make your calculations go faster! This class will explain the philosophical approaches to coarse and fine-grained parallelism, go over how different types of hardware are utilized by software and programming techniques, and include some real world examples of how researchers use parallel methods. Half the class will focus on multi-CPU methods, the other half will focus on advances in GPU methods. You will also learn the basic steps of building your own cluster.

Let's go back to a time before any of us were born to learn about the formative years of operating system development! Learn why DOS dominated! Learn about the Unix family tree! Learn how the rise of personal computing forced OS designers to innovate! Emphasis on pre-1990.

Suppose you designed some cool 3D model and wanted to hold it in your hand. Or say you are making a prototype of a product you want to bring to market, but you don't want to make an entire assembly line for it! The most visible solution is FDM 3D printing, but this has plenty of limitations. We will take a look at the history of rapid fabrication techniques, the wide range of current methods and their limitations, and options being developed for the future. Examples of many different fabrication processes will be present.

Suppose you designed some cool 3D model and wanted to hold it in your hand. Or say you are making a prototype of a product you want to bring to market, but you don't want to make an entire assembly line for it! The most visible solution is FDM 3D printing, but this has plenty of limitations. We will take a look at the history of rapid fabrication techniques, the wide range of current methods and their limitations, and options being developed for the future.

Have a lot of computer hardware? Link it together to make your calculations go faster! This class will explain the philosophical approaches to coarse and fine-grained parallelism, go over how different types of hardware are utilized by software and programming techniques, and include some real world examples of how researchers use parallel methods. Half the class will focus on multi-CPU methods, the other half will focus on advances in GPU methods.

Let's go back to a time before any of us were born to learn about the formative years of operating system development! Learn why DOS dominated! Learn about the Unix family tree! Learn how the rise of personal computing forced OS designers to innovate! Emphasis on pre-1990.

Suppose you designed some cool 3D model and wanted to hold it in your hand. Or say you are making a prototype of a product you want to bring to market, but you don't want to make an entire assembly line for it! The most visible solution is FDM 3D printing, but this has plenty of limitations. We will take a look at the history of rapid fabrication techniques, the wide range of current methods and their limitations, and options being developed for the future.