Discovering NXT criptocurrency 
I opened an account for Nxt (pronounced as "next"), a cryptocurrency based on Bitcoin paradigm.

Nxt uses brand new software, it’s not another fork of Bitcoin source code. Nxt is not an "altcoin" that is based on BitCoin with some alterations. It's designed to deliver many more features than just a coin.

Coins are earned solely by charging transaction fees.
Time between blocks is one minute. This increases the rate of orphaned blocks but makes it more convenient for the users.
Nxt doesn’t use so-called “scripts” aka predicates. This simplifies and accelerates transaction processing. Advanced features like multisig will be created on top of the core as 3rd party services.
It's 100% proof-of-stake,so it does not require the extensive mining systems of Proof of Work currencies like BitCoin and altcoins.

1 billion Nxt coins were generated in the first block, and no new Nxt coins will be created. Coins are not "mined" like they are with other currencies.

The client is Java code, and it's still a closed source (until January 2014) project.

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Some tests with Zimplit 
I tried a demo installation of Zimplit, the Open Source CMS for small web presence and mini-sites that can use a flat file repository.
Nice template management and simple page cloning.

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Just installed InstantReality 2.3.0 
I've installed the release of version 2.3.0 of InstantReality , featuring LAS and BinaryGeometry loaders, a licensable OpenJT loader (you can already load JT files and try it out) and a new texture node to load Polynomial Texture Maps. More importantly however, they welcome the Leap Motion and Oculus Rift to our supported hardware family. On Windows, you can also access the updated OpenNI and NiTE 2.0 node, NI2.

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4th Workshop on Applications of Software Agents - WASA 2014 
Another interesting event in Agent Technology:

4th Workshop on Applications of Software Agents - WASA 2014

Thessaloniki, Greece, June 2-4, 2014
held in conjunction with
4th International Conference on Web Intelligence, Mining and Semantics WIMS 2014

Workshop description

Software agent technologies reached a certain level of maturity that allows development of applications spanning from lab prototypes to mature real-life systems, in domains that could have not been imagined before. Furthermore, software agent technologies proved their usefulness in synergy with methods of intelligent computing and artificial intelligence.

The aim of the WASA series of workshops is to contribute to the advancement of technologies and applications of software agents' with a special interest in intelligent computing including, but not limited to reasoning, semantics, pattern recognition, learning and cognition, etc.

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Improving moving block railway system using fuzzy multi-agent specification language 
Author: Khan, Sher Afzal Zafar, Nazir Ahmad
Title: Improving moving block railway system using fuzzy multi-agent specification language
Journal name: International Journal of Innovative Computing Information and Control (ERA 2012 Listed)

Railway interlocking system is a distributed, safety, monetary and environmentally critical system and its failure may cause the loss of human life, severe injuries, loss of money and environmental damages. The complexity of this system requires formal modeling and step by step refinement for its construction and development. The formal specification-based languages, such as VDM, Z-notation and RAISE, have been used for its modeling using crisp (two-valued logic) theory. However, due to the continuous and inexact features, like speed, weight and moving block (breaking distance including length of a train), fuzzy distributed multi-agent approaches are required to capture the inexactness and uncertainty present in the existing system. In order to get a fuzzy distributed multi-agent environment, we have extended the Object-Z towards the fuzzy multi-agent specification language (FMASL) using an integration of fuzzy logic, multi-agent systems (MAS) and Object-Z to be applied for the railway interlocking system. Initially, our extended approach is applied for the specification of railway crossing, a critical component of interlocking system. We have supposed that a train is an autonomous intelligent agent and has fuzzy sub-agents: a moving block and a crossing intelligent agents.

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