Hacker Newsnew | past | comments | ask | show | jobs | submit | sdsantos's commentslogin

SEEKING WORK - Remote / Europe (on-site) / Portugal

Android developer with 4 years of experience building products with startups and agencies.

Portfolio: https://www.bloco.io/projects

Blog: Portfolio: https://www.bloco.io/blog

Email: sergio@bloco.io


SEEKING WORK - Remote / Europe (on-site) / Portugal

Android developer with 4 years of experience building products with startups and agencies.

Portfolio: https://www.bloco.io/projects

Blog: Portfolio: https://www.bloco.io/blog

Email: sergio@bloco.io


SEEKING WORK - Remote / Europe (on-site) / Portugal

Android developer with 4 years of experience building products with startups and agencies.

Portfolio: https://www.bloco.io/projects

Blog: Portfolio: https://www.bloco.io/blog

Email: sergio@bloco.io


SEEKING WORK - Portugal / Europe (on-site) / Remote

Android developer with 4 years of experience building products with startups and agencies.

Portfolio: https://www.bloco.io/projects

Blog: Portfolio: https://www.bloco.io/blog

Email: sergio@bloco.io


SEEKING WORK - Portugal / Europe (on-site) / Remove

Me and my partner develop Android mobile products, development & design. We enjoy working together with an internal team to give Android the effort it deserves.

Here's out portfolio: https://www.bloco.io

Email: sergio@bloco.io


The second large ISP in Portugal has FON active by default on their routers. It's really easy to find one here.


Yup, that's how I usually picture it, change the values to a collection of sin and cos functions.

When I started explaining it to some computer science students, it helped by giving a particular example of its usefulness:

Sound is composed of waves so, when you want to send a music to a friend it's all a bunch of values like [0, 1, 2, 1, 0, -1 , -2, -1, 0, ...]. If you know they're going to look like waves (sinusoidal functions) why not just send your friend how much they look like sin or cos? The values back there were just a 2sin(x) so why not just send them the value [2]?

You could save a lot of bandwidth. You just need to "correlate" sounds with a bunch of sin or cos functions everybody agrees on :)

Bonus: you can add the phase values, 2 sin(x + phase), to get the beats just right.


> Bonus: you can add the phase values, 2 sin(x + phase), to get the beats just right.

Fortunately, you don't need to do so; if the complex number z = A + iB has magnitude r and argument theta, then Acos(t) + Bsin(t) is the same as r*cos(t - theta). That is, combining cosines and sines of the same frequency already accounts for the phase shift.


We're working on a video that will explain the usefulness of the service, like someone having to aggregate multimedia content for a specific purpose and using it. But probably a simple description wouldn't hurt.


Impatiently waiting for an Android version.


Mongo Machine already has dedicated plans, and MongoLab's are currently alpha.

Thanks for mentioning it! I added the dedicated plan row to the comparison table.


Cool. One other point that would be interesting is what infrastructure they use - if they're all EC2 then price/support is going to make the difference.


Just added the database server locations. All use Amazon EC2, but MongoLab also offers databases on the Rackspace cloud.


Consider applying for YC's Fall 2026 batch! Applications are open till July 27.

Guidelines | FAQ | Lists | API | Security | Legal | Apply to YC | Contact

Search: