This just in, you don't pay 100% of your home's value in property taxes each year!
206 karma · joined January 20, 2015
http://mythic-ai.com
This just in, you don't pay 100% of your home's value in property taxes each year!
We are looking for two people - one interested in neural networks and one interested in GPS.
We are developing microchips that yield a 10-1000x improvement in performance & energy-efficiency compared to digital ASICs, GPUs, and FPGAs. We are a bootstrapped company and are fully funded through mid 2016. Patents pending.
C++ experience is required!
$70K – $150K Salary
0.5% – 1.2% Equity
Full Job Description: https://angel.co/isocline/jobs/38767-software-engineer
Company website: http://isoclineengineering.com/
Also, if you're still in school or just graduated, make sure to include your GPA, even if your experience is amazing.
We are looking for two people - one interested in neural networks and one interested in GPS.
We are developing microchips that yield a 10-1000x improvement in performance & energy-efficiency compared to digital ASICs, GPUs, and FPGAs. We are a bootstrapped company and are fully funded through mid 2016. Patents pending.
C++ experience is required!
$70K – $150K Salary
0.5% – 1.2% Equity
Full Job Description: https://angel.co/isocline/jobs/38767-software-engineer
Company website: http://isoclineengineering.com/
There's really only one way to to possibly do things?
If you're interested in this area, my company is designing hardware accelerators for these algorithms. Our versions of the algorithms have a few extra twists to them to account for the analog nature of the hardware. I'm probably a bit biased, but I think this is a really interesting place to be working right now
Below is what posted on this month's Who is Hiring:
Isocline - Austin, TX - Software Engineer for High Performance Computing and Modeling
We are looking for two people - one interested in neural networks and one interested in GPS.
We are developing microchips that yield a 10-1000x improvement in performance & energy-efficiency compared to digital ASICs, GPUs, and FPGAs. We are a bootstrapped company and are fully funded through mid 2016. Patents pending.
$70K – $120K Salary
0.5% – 1.2% Equity
Full Job Description: https://angel.co/isocline/jobs/38767-software-engineer
Company website: http://isoclineengineering.com/
Email me directly if you do not have an AngelList profile
We are looking for two people - one interested in neural networks and one interested in GPS.
We are developing microchips that yield a 10-1000x improvement in performance & energy-efficiency compared to digital ASICs, GPUs, and FPGAs. We are a bootstrapped company and are fully funded through mid 2016. Patents pending.
$70K – $120K Salary
0.5% – 1.2% Equity
Full Job Description: https://angel.co/isocline/jobs/38767-software-engineer
Company website: http://isoclineengineering.com/
INTERN - Also looking for interns in software or embedded systems
----------------------
PID := $(shell cat /proc/$$$$/status | grep PPid | awk '{print $$2}')
JOBS := $(shell ps -p ${PID} -f | tail -n1 | grep -oP '\-j *\d+' | sed 's/-j//')
ifeq "${JOBS}" ""
JOBS := 1
endif
all:
echo ${JOBS}
----------------------
quanticles@glados $ make -j8
8
quanticles@glados $ make
1
----------
edit: for silly mistake
He makes it sound like the USA would be just as well off if big tech companies weren't here.
The US government is basically a ~15% shareholder in all US companies due to salary and other taxes. If they can invest in technology research and build more US companies, then the US government earns a net profit.
I would like to see a breakdown for a major technology company to see what percentage of their revenue goes to income tax withholding, and then see how much government funding went into helping that company come to life.
Edits:
1. Number adjustment
2. By "income tax witholding" I mean the income tax that the employees pay. If 50% of revenue goes to salaries, and 20% of salaries go to income tax witholding, then 10% of a company's revenue goes to income tax.
We are looking for two people - one interested in neural networks and one interested in GPS.
We are developing microchips that yield a 10-1000x improvement in performance & energy-efficiency compared to digital ASICs, GPUs, and FPGAs. We are a bootstrapped company and are fully funded through mid 2016. Patents pending.
Full Job Description: https://angel.co/isocline/jobs/38767-software-engineer
Company website: http://isoclineengineering.com/
Let's say I'm working at a university and come up with a new type of GPU, it's 10x faster than NVIDIA's & AMD's. If I have a patent, I can raise VC funding and take on NVIDIA/AMD because NVIDIA/AMD cannot make the same thing and sell it in the USA (a large market). Now there is NVIDIA, AMD, and QUANTICLES selling in the market. The products are improved because QUANTICLES is 10x faster, and NVIDIA and AMD have their own selling points. EDIT: The public benefits here because improved products are on the market and jobs are created in the USA.
Let's say I'm working at a university and come up with a new GPU but cannot patent it because University Patents Are Evil. Now NVIDIA/AMD are free to pursue it, or not, if they chose. Likely they wont because there is a significant ground to cover between university project and actual product. Usually there are many issues and tradeoffs to solve, solving these issues/tradeoffs is risky, and NVIDIA/AMD cannot take on the risk or are not aware they should.
Main point: startups are a proving ground for new ideas that big companies can't afford to take on, or choose not to. The university comes up with the idea and then the startup tries to prove that it works in a commercial environment. If there is no protection for that company after it's proven then investment is a losing bet.
Software/Web companies have a different sort of protection than hardware companies: users. A user is a customer that gets entrenched in a product. For example, how often do you change email services? How often do you change online photo catalogs? Each year I do my taxes on the same site since I can import my settings from the previous year and I know how to use it.
Hardware companies do not get entrenched as easily. Many times hardware can be switched in and out with other hardware (for example, GPUs). This also creates a feast or famine environment - you either have big sales because you're best product on the market, or you have none because you don't. If a startup cannot protect itself then it may not be worth investing in.
A similar situation is with the small business innovative research program (SBIR). The main purpose of this program is to provide federal funds to perform research in order to help new small businesses grow, which in turn become large companies or get acquired by large companies. If all federal research dollars ended up resulting in no patents for the companies performing the research, then these startups wouldn't exist, and the purpose of the program would be destroyed.
Everyone agrees that public dollars should result in public benefit. However, there is more public benefit to be had by creating lots of startups than there is by creating a bunch of non-patent publications.
The US thrives due to it's technological advancement, which is driven by startups. Let's be careful to not destroy that benefit.