The seven wastes are Transportation, Inventory, Motion, Waiting, Overproduction, Overprocessing and Defects. They are often referred to by the acronym ‘TIMWOOD’.
How Rancher Labs’ K3s Makes It Easy to Run Kubernetes at the Edge – The New Stack
Kubernetes is everywhere — on a developer’s laptop, Raspberry Pi, cloud, data center, hybrid cloud, and even multicloud. It has become the foundation of modern infrastructure that abstracts the underlying compute, storage, and network services. Kubernetes is a level playing field that hides the differences between various infrastructure environments, which turned multicloud into a reality.…
Run an Edge AI K3s Cluster on NVIDIA Jetson Nano Boards | SUSE Communities
Introduction to Edge Artificial Intelligence Proof of Concept For several years I have worked with customers who wanted to use artificial intelligence (AI) in their products (mostly embedded hardware) but ended up relying on the cloud. With the advances of embedded platforms in recent years, this dependency is gradually disappearing, giving rise to the so-called […]
SSD vs HDD Speed and Performance Comparison (Updated 2020)
Cant decide SSD vs. HDD Which is Better for You? Here the brief description of SSD vs HDD, advantages, and disadvantages which help to decide on which type is right for you The difference between hard drives and solid state drives is in the technology used to store and retrieve data. HDD utilizes magnetic disk as storage, whereas SSD utilizes memory. HDDs are cheaper and you can get more storage space. SSDs, however, are faster, lighter, more durable, and use less energy.
Eliminating Data Races in Firefox – A Technical Report [LWN.net]
The Mozilla Hacks site has a report on the use of ThreadSanitizer to detect and fix data races in the Firefox browser. "While benign data races do exist, we found that data races are very easily misclassified as benign. The reasons for this are clear: It is hard to reason about what compilers can and will optimize, and confirmation for certain 'benign' data races requires you to look at the assembler code that the compiler finally produces. Needless to say, this procedure is often much more time consuming than fixing the actual data race and also not future-proof. As a result, we decided that the ultimate goal should be a 'no data races' policy that declares even benign data races as undesirable due to their risk of misclassification, the required time for investigation and the potential risk from future compilers (with better optimizations) or future platforms (e.g. ARM)."
For teams new to Azure Service Bus, one of the first questions you have to answer is "how do I develop against this?" And it turns out the answer isn't that straightforward - because it's currently impossible to run Azure Service Bus outside of Azure. There's no install. There's no