Showing posts with label e- Journal. Show all posts
Showing posts with label e- Journal. Show all posts
Friday, 12 September 2014
Tuesday, 9 September 2014
#ijsrd What is an electronic journal ?
What is an electronic journal?
An electronic journal is a periodical publication which is published in electronic format, usually on the Internet.
Electronic journals have several advantages over traditional printed journals:
- You can search the contents pages and/or the full text of journals to find articles on a certain subject.
- You can read journal articles on your desktop, you don't have to be in the Library.
- You can e-mail articles to yourself or download them for printing.
- The article that you want to read will always be available, even when the Library is closed.
- Hypertext links allow you to move to different sections within individual journals or articles and can link you to related resources on the Internet.
- Journals can include more images and audio-visual material.
- Journals can be interactive - you can e-mail the author or editor with your comments.
Many
electronic journals which are available are electronic versions of
journals which exist in print. For example, if you wanted to see the
journal called "Man" this journal is available physically on Level F in the Library, but is also available to SOAS users in electronic format.
Some
journals are only available in electronic format and although some of
these journals are of a high "academic" quality, please be aware that
not all of them have gone through the same process of academic peer
review as traditional print journals.
For More Details
Friday, 5 September 2014
#IJSRD When Big Data Is Watching You
When Big Data Is Watching You
--------------------------------------
Originally posted on TechCrunch:
Is the answer to our feeble human minds needing to grapple
with increasing quantities of big data to stand in a purpose built room
immersed in complex data visualisations while wearing an array of
sensors that track our physiological reactions? A group of European
Commission-backed scientists believe so.
They’re attempting to quantify — and, they claim, enhance — cognition by building a sensor-based data visualisation system that dynamically changes the complexity level of the data on display in response to human triggers, such as gestures, eye movements and heart rate.
The basic concept underpinning this research, which has attracted €6.5 million in European Union funding under the Future and Emerging Technologies Scheme, is that a data display system can be more effective if it is sensitive to the human interacting with it, enabling it to modify what’s on display based on tracking and reacting to human stress signifiers.
The project is called CEEDS — aka Collective Experience of Empathetic Data Systems — and involves a...
for more details click here...
http://goodindianjournallist.wordpress.com/
They’re attempting to quantify — and, they claim, enhance — cognition by building a sensor-based data visualisation system that dynamically changes the complexity level of the data on display in response to human triggers, such as gestures, eye movements and heart rate.
The basic concept underpinning this research, which has attracted €6.5 million in European Union funding under the Future and Emerging Technologies Scheme, is that a data display system can be more effective if it is sensitive to the human interacting with it, enabling it to modify what’s on display based on tracking and reacting to human stress signifiers.
The project is called CEEDS — aka Collective Experience of Empathetic Data Systems — and involves a...
for more details click here...
http://goodindianjournallist.wordpress.com/
Thursday, 21 August 2014
#IJSRD Computational Modeling and Docking for H1N1virsus using Bioinformatics
Computational Modeling and Docking for H1N1virsus using Bioinformatics
Abstract---
This research work will be carried out using the retrieval of
H1N1virsus Hemagglutinin protein sequence of Influenza A
virus[AEN79399] in FASTA format, these sequence are retrieve from the
NCBI database that have unknown structure. The aim of present study was
to carry out the computational modeling study of the mentioned protein
sequence using 3DJigsawn protein comparative modeling server, Verify-3D
structure evaluation server, CHIMERA. Validation process done by
Verify3D analyzes, the compatibility of an atomic model (3D) with its
own amino acid sequence (1D).Collect all the results for possible
Ligand/drug candidate finding in-silico. The last step is Docking study
for H1N1 protein with Tamiflu (possible Ligand) that help for finding a
correct medicine.
For more details Click on below links :
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