Clear leap for superconductors

Ready for the next leap

In December 2015, J‑AIM is completing six years of its publication. In the history of academic journals, six years is a very short period to expect any noticeable impact. According to the Indian tradition, the period of 12 years or one mandala of hard work is known as " Tapas. " J‑AIM has just completed only half a mandala. During this period, we have tried to take baby steps toward our goal to...

Vertical Illuminance Measurement for Clear Skies in Tehran

LEAP: A Learning Apprentice for VLSI Design

It is by now well-recognised that a major impediment to developing know ledge-based systems is the knowledge acquisit ion bott leneck the task of bui lding up a complete enough and correct enough knowledge base to provide high-level performance. Th is paper proposes a new class of knowledge-based systems designed to address this knowledge-acquisition bottleneck by incorporat ing a learning comp...

Discrete-Time Leap Method for Stochastic Simulation

In this paper, we present an approach to improve the efficiency of stochastic simulation for large and dense networks. We are using stochastic Petri nets as modelling framework. The underlying continuoustime Markov chain (CTMC) is converted to an equivalent discrete-time Markov chain (DTMC), this itself gains no efficiency. We improve the efficiency via discrete-time leaps, even though this res...

LEAP: Learning embeddings for atlas propagation

We propose a novel framework for the automatic propagation of a set of manually labeled brain atlases to a diverse set of images of a population of subjects. A manifold is learned from a coordinate system embedding that allows the identification of neighborhoods which contain images that are similar based on a chosen criterion. Within the new coordinate system, the initial set of atlases is pro...