The alternative is to use public announcement (PA) speakers. Virtually all of them are equipped with CDs, but they are relatively large, and unless you have a dedicated listening/home theater room, they won't really fit a home's decor well.
2,454 karma · joined March 6, 2010
The alternative is to use public announcement (PA) speakers. Virtually all of them are equipped with CDs, but they are relatively large, and unless you have a dedicated listening/home theater room, they won't really fit a home's decor well.
If you are using the latest version of Photoshop for web work only, you are wasting time and money for tons of features you don't really need.
In Blockout, you had a transparent falling block so you could see what was below.
"I don’t know if an artist can last by meeting the current public taste, the taste from the last quarterly report. I don’t think you can last by following demographics and carefully meeting expectations. I don’t know many lasting works of art that are condescending or deliberately stupid or were created as content.
Don’t tell me I’m a brand. I’m famous and people recognize me, but I can’t look in the mirror and see my brand identity.
Keep talking about brands and you know what you’ll get? Bad clothes. Bad hair. Bad books. Bad movies. And bad records. And bankrupt businesses. Rides that were fun for a year with no employee loyalty but everyone got rich fucking you. Who wants that? The answer is purity. We can afford it. Let’s go find it again while we can."
Fingleton also claims that Japanese are early adopters in technology, which is only partly true. Japanese, in general, prefer to excel in something by using manual skills and they take great pride in that. They resort to technology only when manual skill is not enough. Making good cars require industrial robots so they have plenty of them, but in other parts of the industry, adoption of advanced technology can be quite limited. In other words, Japanese companies often find themselves at local maximums as compared to their American counterparts. Just look at the current state of Japan's once great electronics companies: Sony, Panasonic, Sanyo, NEC, Hitachi, etc. Only Canon seems to be doing fine these days.
If you want to know your team's capacity, you have to limit the number of tasks they work on at the same time. Once you limit WIP, several interesting things will happen:
* A backlog of tasks will emerge.
* You will be able to measure how much time is spent on each task.
* Tasks will get finished faster.
The first two results are not very surprising because by introducing WIP limits, you have effectively eliminated multitasking, but how on earth, do tasks get finished faster?
Unlike computers with multiple processor cores, our brains have one or at best two cores. Without WIP limits, when there are too many tasks to work on, we spend more time on switching tasks than the tasks themselves.
Bottlenecks become visible. Since everyone is working on a limited number of tasks, some finish theirs on time, some get overloaded, and some cannot finish their work because they need input from those who are overloaded. Team members with free capacity can help those who are overloaded. Better yet, they can even come up with ideas on how to fix the newly discovered bottlenecks.
Disclaimer: I am the author of http://flow.io , a lean project management application based on kanban.
and he explains why:
"There was a paper recently that noted that all of the various code quality metrics correlated at least as strongly with code size as error rate, making code size alone give essentially the same error predicting ability. Shrink your important code."
So, it is possible to measure productivity relatively painlessly in kanban as it limits work in progress (discourages multitasking, reveals bottleneceks in your workflow). Kanban also takes idle time into account (ex: time spent waiting approval from the management or another dept). See http://flow.io/how-kanban-can-help-you-measure-productivity.... for a brief overview of kanban's benefits.
Disclaimer: I am the author of flow.io, a lean project management app based on kanban.
"Many things that don’t look optimal are in fact optimal once you take the necessary constraints into account. For example, software that seems poorly designed may in fact have been brilliantly designed when you consider its economic and historical constraints. (This may even be the norm. Nobody complains about how badly obscure software was designed. We complain about software that has been successful enough to criticize.)"
"As a rough rule of thumb, the average GPA of a school today can be estimated by the rejection percentage of its applicant pool:
GPA = 2.8 + Rejection Percentage /200 + (if the school is private add 0.2)
Non-selective public schools (typically with 15 percent rejection rates or less) with GPAs in the 2.8 range or less tend to have only modest grade inflation. Some have none."
"A word about style and efficiency. As you will see, I tend to write programs in _VERY_ small, easily understood pieces. None of the procedures we'll be working with will be more than about 15-20 lines long. I'm a fervent devotee of the KISS (Keep It Simple, Sidney) school of software development. I try to never do something tricky or complex, when something simple will do. Inefficient? Perhaps, but you'll like the results. As Brian Kernighan has said, FIRST make it run, THEN make it run fast. If, later on, you want to go back and tighten up the code in one of our products, you'll be able to do so, since the code will be quite understandable. If you do so, however, I urge you to wait until the program is doing everything you want it to.
I also have a tendency to delay building a module until I discover that I need it. Trying to anticipate every possible future contingency can drive you crazy, and you'll generally guess wrong anyway. In this modern day of screen editors and fast compilers, I don't hesitate to change a module when I feel I need a more powerful one. Until then, I'll write only what I need."
Indeed.
What is really interesting in this story is not the algorithm itself, but how Steve Jobs convinced Bill Atkinson by taking a walk outside with him to show how common rounded-corners are in "real-life".
Turbo Pascal took just a few seconds to compile the example (no surprises there), but Turbo C++ took several minutes. This was back in the 90's. It seems nothing has changed since then. Sad.
Here is an extreme example: If I remember it correctly, MySQL's conversion rate was quoted as about 1 in 1000. If they didn't distribute the entire product for free, they would have much less market penetration, but certainly earned much more. Had they chosen that route, they wouldn't be able to sell the company for a cool billion.
Nothing in life is free. If you want a lot of users, and don't have the advertising budget for it, you give some or all of your product away for free.