Ain't reading good?

I love reading a lot these days. Here is a list of books I ordered for reading this summer -















Hope to publish my reviews for some of these soon.

My Own 3G Network

Since I am not very pleased with AT&Ts often unreliable 3G network, I decided to start my own. Here is a preview -



Let me know if you are interested in subscribing. :)

Mumbai Airports

5 things I liked:
1. Nice new infrastructure.
2. Good use of sign boards to guide us to different parts of the airport.
3. Free trollies and free rides between international and domestic airports.
4. Fast immigration checks and customs   services.
5. Presence of lounges and vending machines.

10 things I disliked (personal experience):
1. Rude immigration officer.
2. Ground staff demanding "Bakshis" (tip) for everything they do.
3. A security gaurd asking me what did I bring for him and expecting an answer. (My answer was a big awkward smile.)
DOMESTIC AIRPORT:
4. Unclean restrooms.
5. A stray cat running amock at the terminal.
6. A lady creating big fuss and drama after being asked for relevant documents before her boarding.
7. Expensive (by Indian standards) coffees and sandwiches.
8. A gaurd clearing his throat in front of other people and then frequently spitting into a trash can.
9. No wifi, no Internet on the terminal.
10. Too long queues before boarding.   

Cats & Kittens

My Master's Thesis Abstract

Low cost availability of sensor nodes makes them an attractive choice for sensor networks and their applications. To keep the costs low, sensor nodes are generally unshielded. This unshielded nature of sensor-network nodes combined with their ease of deployment, makes them vulnerable because an adversary can capture these nodes, copy security information to make replicas and deploy the replicas in the network to render malicious attacks. Replication attacks can be extremely hazardous to a network if done in a strategic way. For any node replication detection protocol, the three most important design issues are memory usage, detection probability and energy consumption. Previous node replication detection schemes either incur large memory overhead or consume excessive energy, particularly in the central region of the network. This thesis presents a Memory Efficient Line-Selected Multicast (MELSeM) algorithm which uses efficient bloom filter data structure. We propose a novel distributed technique for detecting node replication attacks using MELSeM. MELSeM reduces the average memory overhead of the network by nearly 70% than the previous distributed schemes while achieving nearly same detection probability.

Something

It has been high time since I've written any blogs here. Today I thought I should not keep postponing this and restart by writing at least something. So here we go -- "SOMETHING"!

Ever seen cascading errors? Here is an example.