Battlezone and battlezone 2 [0] were great for this. Many hours lost, even if bz2 was a buggy mess on release. It was also one of the first faves to really have a missing community.
The web would be one of the more well known technologies to come out of running collider experiments. More directly a whole lot of medical imaging including PET is only possible because of either isotopes manufactured through colliders or sensors developed in colliders.
I really want people to crowdsource the DMT prime factorisation project. I know at least one person tried but lost interest before they met an elf. It just seems like such a fun experiment to run. Is it possible to recall numbers at all while taking DMT? Can you memorise new ones? If not why not etc, and maybe the machine God factorises numbers for you!
I was also in Kyoto right before the lockdowns for the first time in a decade and it was magical and like it was in my childhood. When I went back a few years ago, I nearly cried; the lovely quiet city of books was so noisy and everyone was so angry. I don’t really have a point I don’t think you should stop people from travelling but still it make’s me sad.
You're missing the bit where he has never studied under a Buddhist master and actively refuses to. Both Chan and Zen are traditions that are characterised by the belief that written works are always flawed and can't contain the actual teachings and if you want to learn you should find someone who already knows.
For the exploratory stuff I tend to use R in code blocks as I’m familiar with it. Sadly I’ve never really done much with Clojure, though its data capabilities always look very cool, especially datatomic. It’s just always been a bit of a poor fit for what I’ve been doing so I’ve never quite got round to it. Maybe this will give me the push I need!
Sadly the things where the extra tooling is missed is more in larger databases where I’m either rebuilding or restructuring an existing database or writing more complex queries to help with this and I want to do it all in the database. Hence autocomplete and general knowledge of the schema being built in is nice.
The main thing that I like is that it gives you nice table autocomplete as well as some nice metadata. As well as some connection management stuff. And it drives me mad because I am sure there must be a way to get the psql autocomplete to work in a buffer, but I have never managed it.
Do you have any resources for your sql workflow in emacs? I use eMacs for everything else, but keep going back to dbeaver whenever I write SQL or interact with PostgreSQL. All the tutorials I’ve turned up seem to be doing simple things with small tables, rather than a more complex workflow. I’m sure there are ways to use emacs effectively for SQL but I just can’t find out how.
Did you ever try extending it out to other methods of probability estimation other than the forms of regression? I have only skimmed your excellent article, but I think you are first calculating the average probabilities from a regression model and then minimizing the loss to calculate Harville corrections for place and show markets? Is that correct or am I missing something here? I guess I am curious if there has been any improvement on using regressions for combining the various initial odds as I don't really follow the literature anymore.
This is used by a number of betting syndicates. Notable by David Walsh[0] and Zjelko [1]. They knew of and worked with Benter in HK and adapted his system. One of the things that they did was pay large numbers of experts to watch and evaluate each horse and give it a standardised rating which they then used as an extra parameter along with the public odds. Another gambler who also extended that system out was Alan Woods [2], but I don't think he did anything as sophisticated in terms of modeling, concentrating more on the execution side. Regarding the yearly turnover, I have no idea, but billions would be on the low end. From the ATO filings we David Walsh alone was generating 100's of millions of dollars a year in profits, let alone turnover.
Is anyone actively organising against this bill? I feel that ever since the Iraq war protests failed ever time some thing like this happens, people complain a little bit, but don't actually manage to change anything. I was wondering if there are any groups out there that are actively protesting this that I could join, or if not, if any one is interested in forming one? It seems to be an issue that will affect the majority of the readers of HN in a negative way, regardless of your usual political affiliation.
Piggybacking of this post, if anyone has any similar resources for best practices in modern C I'd be interested. There don't seem to be any moocs that go beyond introductory material and K&R obviously doesn't cover modern tools and methods.
Yes, MotoGP allows traction control. Like all technical innovations it has led to a change in riders priorities and skills. Some people dislike it, but overall it's not accepted I'd say. Personally I've found it interesting to watch riders adapt there riding style to the new technology.
Counter steering tips the bike into a corner. Some form of lateral force from the front tire and gravity from the lean angle are responsible for the bike turning. In modern racing the limit on the speed you can carry through a corner is the force between the tire and the road surface. This is proportional to the size of the contact patch between the tire and the road.
Modern traction control systems have recently surpassed humans in being able to maintain a maximum amount of power to the rear wheel without making it spin out. Previously more lean usually ment a shorter line through a corner but was balanced by the need for accurate throttle control, leading to the rider being tucked in close to the bike with one knee down. With the new systems the aim has become to stand the bike up again as quickly as possible to maximize the contact patch allowing the traction control to put more power through the back wheel and accelerate the bike faster. This has changed the entire style of riding for professional racers, leading them to hang further out from the bike often touching both elbow and knee to the ground, to try and maintain the same center of gravity of the bike and rider but with the bike in a more upright position creating a larger contact patch and allowing the traction control to accelerate harder.
To stop consuming and start creating. Also to actually interact with people online. I haven't really commented online or been social online since the late 90's and I want to try and change that and actually create and interact again.
Wondering if anyone has any experience using lisp for machine learning? I'm aware of mgl[0], but it seems to be abandoned. The lack any wrappers for tensor flow or caffe is also a bit surprising to me. The cliki page [1] is also unhelpful and out of date. Is machine learning on lisp dead or are there projects out there that I'm just not aware of?
Feynman nano (unnamed Infection-resistant materials) definitely ticks both the ambition, problem and market boxes. There is currently a ~$30 billion market for catheters, production at scale of nano-structures is currently unsolved. Combined with the current growth of antibiotic resistant golden staph infections, they would seem to be poised for market dominance if successful.
You don't need to even use the ACC, people for get that the 2005 counter-terrorism act[0][1] has provision for preventative detention without charge, and notably, made it a criminal act to tell anyone that you had been detained. Combined with a rather broad definition on what was terrorism and the ability of police to request information, documents and emails, this act seems to cover all of the functional aspects of the National security letters with even less oversight.
[0] https://en.wikipedia.org/wiki/Battlezone_(1998_video_game)