Jason-Andrade's comments

Jason-Andrade | 9 years ago | on: How would you spend a $5k setup budget?

My new Windows 7 PC has an Intel WX58BP Motherboard and an Intel X5677 CPU, precisely because of the ECC support that "lazylizard" mentioned. Crucial ECC RAM modules would also be highly advisable. A system built around that core configuration will be highly reliable. I actually bought a spare motherboard too, to extend the lifespan to at least 12 years.

Jason-Andrade | 9 years ago | on: Amazon’s Battle to Break into the Grocery Market

IMO every company's approach to the problem is completely wrong! You don't try to offer online the same items that local stores sell off the shelf. Instead, treat the online outlet as an interactive test-market.

Walmart and Amazon are both in a great position to do this! Setup an online store that allows established customers to suggest items that they are unable to find on local store shelves. Allow them to also flag other submitted items as interesting. You have a curation staff that fleshes out submissions with images and descriptions before they go live. The company's merchandiser evaluates the balance between interest in an item and the difficulty of its procurement. To aid in appropriate pricing, perhaps the system also requires submissions to include a reference to the most similar item that is already stocked on store shelves. Because the company is offering exclusive access to the items the profit margins can be kept high.

From what I've experienced product selection in US stores is in general far better than even the same store in Canada (including Walmart), but there might still be a few items not stocked in local stores that people will pay a premium for!

Jason-Andrade | 9 years ago | on: Fractional Computation

The Jason Andrade Math Libraries are the first to perform all Arithmetic and Trigonometric operations on actual fractions consisting of two integers.

Absolutely none of the functions/methods use any floating-point or fixed-point operations. All of the algorithms used by the math libraries are well known and understood, and thus aren't patentable. However, many of them have been more efficiently implemented than any other already existing library. For example, an iterative implementation of the normally recursive Number Theoretic Transform Multiplication algorithm facilitates vector computing optimizations (initially for the iPhone).

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