IT Infrastructure - Science topic

The initial stage is that there will be a widening of the gap. Only at a later stage, do we find the gap narrowing. Urbanization will present opportunities in the urban areas and people migrate to where the opportunities are. Infrastructure such as roads,schools and health facilities need to expand to rural areas to stem the rural-urban migration.

https://www.cqu.edu.au/cquninews/stories/general-category/2019/uni-students-roaming-on-the-river,-thanks-to-rollout-of-wireless-network

CQuniversity is one of the few Australian Universities that is multi campus- CQUniversity has 26 campuses in every state of Australia. Using Eduroam WiFi is both effective, simple and fast connectivity. The link above illustrates how even local councils in Rockhampton have embraced the system allowing CQUniversity students connection in numerous public places even the river bank parks. Thus enabling online study to be convenient and easy in any location and online connectivity to be free from costs but high in quality of product.

Peter and Martin you are absolutely correct in your definition.  Thanks,

Hi Chentan Bulla,

The approach I have seen in the past with Openstack is to have one or more dedicated monitoring VMs. This is expensive. Their size depends on how big the Openstack deployment. This is for rapid high performance debugging, not really for operational performance. is this of any help?

RoyK

I think that Ubuntu is more suitable for ns2

Dear Sankar Sennan,

see these Papers about the RPL Applications in Smart Healthcare:

 M.  Al Ameen,  J. Liu and  K. Kwak: Security and Privacy Issues in Wireless Sensor Networks for Healthcare Applications, Journal of Medical Systems, Vol. 36, Feb. 2012; DOI 10.1007/s10916-010-9449-4

 P. Kumar and H.-J. Lee: „Security Issues in Healthcare Applications Using Wireless Medical Sensor Networks: A Survey“, Sensors(Basel),  Vol. 12(1), 2012

 C. Abreu and P. Mendes: Wireless Sensor Networks for Biomedical Applications, IEEE 3rd Portuguese Meeting in Bioengineering (ENBENG), Feb. 2013; DOI: 10.1109/ENBENG.2013.6518413

 C. Abreu and P. Mendes: „Deployment of Wireless Sensor Networks for Biomedical Applications; Quality of Service Improvement through Network Lifetime-Extending“, IEEE 15th International Conference on e-Health Networking, Applications and Services (Healthcom 2013), Oct. 2013; DOI: 10.1109/HealthCom.2013.6720665

 C. Abreu, M. Ricardo and P. M. Mendes: Energy-aware routing for biomedical wireless sensor networks, Journal of Network and Computer Applications, Vol. 40, Apr. 2014; https://doi.org/10.1016/j.jnca.2013.09.015

 F. Gara, L. Ben Saad, R. Ben Ayed and B. Tourancheau: RPL Protocol adapted for Healthcare and Medical Applications, International Wireless Communications and Mobile Computing Conference (IWCMC), 28 Aug. 2015

I wish you all the best

I would recommend to resent the Call for Papers with the subject matter and instructions on how to submit the paper.

Hi, Jitendra Kumar Meher

Thank you. Your guideline is very much helpful and relevant. However, at this moment i have to complete my research proposal immediately with an appropriate method. Therefore , i am trying to write a good methodology.

Best regards

Nipa Dutta 

You could submit you article to journal of computer science and technology

No as far i remember NS2 does not have that option

I suggest you study the road hierarchy structure in your network and divide the network according to their functions. Normally there are three main categories. Local access roads, the collectors and the arterials. The arterials  are at the top of the heirarchy while local roads are at the bottom. There are many sub classifications within each heirarchy. The best way is to use the road classification system of your country.

Hello, this is the link to my portfolio! please kindly evaluate it for me! thank you!

<div data-configid="29460000/48188721" style="width:525px; height:173px;" class="issuuembed"></div>

<script type="text/javascript" src="//e.issuu.com/embed.js" async="true"></script>

If you need a simple solution irrespective of your IP configuration, just download the current TeamViewer binary from https://www.teamviewer.com/, install it, and configure it for unattended access!

Let me show you how you find out some facts.

See our papers on CCBM - ieeexplore.ieee.org/abstract/document/5591204/

According to my experience, publishing in good impact factored journals can certainly give you an edge. There may be some other journals which may not have a significantly high impact factor (like we have 'Economic and Political Weekly' and 'Current Science' here in India), but still can provide you a greater visibility. Publishing your work in say, newspapers, popular magazines etc, could also be helpful in the reach of your research to the grassroots level. 

CISSP study material will provide good information about security domains and models

Ok Jafar ..could you send me your email..to start the project.

Yes location is big issue as global conflicts are growing recent example is conflict between turkey and Netherlands (Holland).  Turkey can ban organizations with data centers in Netherlands to work in turkey

A good start could be "Federated Identity Management Systems: A Privacy-Based Characterization," which is available at https://pdfs.semanticscholar.org/90c9/51b0ea692433a33b2efed1ee6cb7746247f6.pdf.

This is an old favourite:

You could have a look at the Aniketos project:

 please check the resources related to your topic

Thank you for sharing the link, Olivier. Looking forward to reading your report

You are right...... thank you very much for this valuable Information

I wish, I had an example of political win-win game. Because politics is all about welfare of masses. Let's take an example of India and China. Both are major constituent of NDB, population density wise. In China the welfare of masses would come, only, if this factor of production (human resource/labor) is employed in some operating cycle, and chinese have rightly become the mass producer for most of the goods of mass consumption. Moreover, the policy makers in China have made such legal and academic infrastructure, that accumulation and explosion of the emotions is a rare happening. So welfare in China would come only with more operating cycles and more markets for the finished products of those operating cycles. Now look at India, a society, divided in small sections based upon caste, creed, religion, region and what not. Any segment can become vociferous at any given time and Indians lack the legal and academic infrastructure, so the explosion of accumulated emotions is a definite possibility and since the politics is all about welfare of masses, so pacifying the different segments of population is a major political agenda in India which drives the political willingness. If somehow we are able to overcome all these weaknesses of India then India is also rich with human resource/labor (Cheap factor of production) and harnessing of this Indian factor of production would mean search for market. Now we have a situation in which India and China both would be vying for the same market and now we are in a two person zero sum, game situation. So NDB would lack the political willingness and that,s why NDB would need a miracle.

All information on what is happening with aid is useful, but it is also important to know how economy develops and how aid can (or cannot) help this development.

According to the new theory of international trade (for to start, please see the paper below), the real wage level of a country depends on the set of production techniques that the nation can afford. If this is true (I believe it is), we should know how aid helps to change the set of technique.

The term set of production techniques has a well defined definition. A production technique is not a state of knowledge but a set of input coefficients (amounts of inputs for to produce a unit of product or service). Whole set of production techniques is a matrix and we denote it by A.

If the labor productivity in the production of a product improves, the labor input coefficient of the product decreases and A improves accordingly.

Now the set of production techniques A depends on various factors. Infrastructure of a nation such as roads, ports, railways, and others improves the transport part of the set of production techniques. If we omit discussion on corruption and others, aid spent on infrastructure helps to improve A.

However, if there is no improvement of other part of A, effect becomes saturated easily and further investment has no effect. Then, how can we improve the set of production technique A? It requires a bit of contrivance, improvement of the production process, better team work, more rational layout of machines, introduction of new tools and machines, and so on. Neoclassical economists often emphasize the importance of capital investment, but there are also many things to do along side with capital investment (for example, new machines). All these things depend on the workers, engineers and managers. If you do not have good work force, it is impossible to improve your set of production techniques A continuously and without limit.

To get a good work force requires (1) a good education and (2) good experience on the spot (I mean production spot). Learning opportunity is very important. Japan, Taiwan, Korea and now China developed and are developing by learning by doing. Then, the role of entrepreneurs is crucial, because they provide the opportunity for the people to learn how to work and produce. Financial system may help entrepreneurs to get their initial capital but financial institution matters at the last stage.

There are many good positive studies on aid and development but I am afraid that few in-depth studies appear. One of the reasons of this state may come by the relative neglect of theoretical studies.

I think that many people (architects, Engineers, and so on) are unable to predict the time for a construction. However, I think that if you can design a building or it's infrastructure in a short period of time, you may acquaint the construction time it may have to be build, using quantification and if you know anything about BIM, you, vfor sure can do that.

There may be concerns over child safety as the people who are parents of children now grew up at a time where there were constant revelations about child abuse.  

Dear Rob,

                  I have written an invited editorial in the Journal of Asset Management on the route by which "civil infrastructure" affects market prices and outcomes in financial markets using two episodes of what may have appeared as violent land-grabbed industrialisation in India. I have shown how such knee-jerk accelerator physical actions can rejuvenate markets by creating land banks for example and realise the algorithmic approach towards implementing "goldenest of golden rule growth rates".If you will you can take a look at my RG page for the paper(s). SKM

Simply stated, scheduling is how you plan the work while monitoring is how you work the plan.  For complex projects, consider looking at research in earned value metrics and critical path analysis.  Both of these focus on performance to schedule.

No, I am not familiar with models or simulators.  I would strongly advocate collecting real, live data from your existing systems.  Linux systems, in particular, are very good about making system-behavior statistics available, for both bare-metal and virtualized systems.  I've never found Windows systems to be other than opaque, but thankfully also never had to work with them.  It's also often possible to get a very good idea of what's going on by just looking at raw device counters (such as network stats available via SNMP).

I have an ongoing research project entitled "Quality Management in Legal Education". The premise is that high quality lawyers, judges, prosecutors, and public administrators are indispensable for countries to maintain or achieve a high level of development. The importance of well trained and efficient legal professionals cuts across all sectors of an economy, including a country's opportunities to participate in international trade and to negotiate favorable deals in individual trade and investment contracts, as well as for future terms of trade under the WTO. Based on this premise, the hypothesis of the project is that the quality of legal professionals in any given country - with quality being understood in its broadest terms, including substantive knowledge, procedural efficiency, as well as social and ethical responsibility - depends first on the quality of legal education in that country and that there are determinants of this quality that are universally applicable. In other words, I am trying to show factors that have to be present to achieve a high level of quality in legal education, factors that can be useful but may not be essential, and factors that are usually or even always destructive.

The project is organized as a multi-step research with the first step being an empirical survey of factors governing legal education in different countries around the world and their actual or potential impact on quality. Based on the empirical data, the second step will be the identification of highly desirable factors or conditions, somewhat desirable or neutral factors, as well as undesirable and highly undesirable factors or conditions. Finally, in a third step, I want to develop a blueprint for high quality legal education, from the legislative framework, institutional setup, resource allocation, all the way to the day-to-day management of a law school or program.

At the present time, the first volume with country reports is being prepared for publication. It will include analysis of legal education in Austria, Bulgaria, Egypt, Estonia, Israel, Kyrgyzstan, New Zealand, Sweden and Ukraine. Several colleagues are at work on the next batch of country reports, based on a common set of questions and guidelines. However, more country reporters are needed to achieve the goal of reasonably good global coverage. If you or any other colleagues are interested, I will be happy to share the questionnaire, as well as the DropBox access code with a variety of common resources, dealing in particular with legal education reform in different countries around the world.

Scardamalia and Bereiter's Knowledge Building theory would work well for you. See ...

http://new.ikit.org/resources.html (Then scroll down to Scardamalia, M. (2003d). Knowledge building. In J. W. Guthrie (Ed.), Encyclopedia of education (2nd ed., pp. 1370-1373). New York, NY: Macmillan Reference.

Also see (same link): Scardamalia, M. (2003e). Knowledge building environments: Extending the limits of the possible in education and knowledge work. In A. DiStefano, K. E. Rudestam & R. Silverman (Eds.), Encyclopedia of distributed learning (pp. 269-272). Thousand Oaks, CA: Sage Publications.

Along with the attached file by Mr. Sedayo, you can also read the attached document.

Dear Ms. Abdelnabi Saif,

I recommend you study the following paper. It will be definitely helpful for your research regarding Smart Grid issues.

Regards,

Morteza Shabanzadeh

Hi,

concerning ITS for motorcycles, the PISa project (www.pisa-project.eu) proposed a prioritisation of safety functionalities to be integrated on powered two wheelers, based on estimated influence in real-world motorcycle crashes.

Attached is a link to related Executive Summary.

This activity was briefly presented at some conferences (see attached), but with poor details. And as far as I know there is not a journal paper on that.

I hope it is of help.

a couple of papers in the domain:

I would like to start with a view on: What kind of infrastructure is necessary to build effective and efficient knowledge management in an organization?

According to my experience, the following is required:

- KM organization with budget

- KM processes and methods

- KM specific IT infrastructure

The KM organization usually is a small central team with responsibility for KM strategy, goals and implementation throughout the organisation. It is advisable to include one or more knowledge brokers who ensure that urgent requests find a timely and satisfying answer.

KM processes and methods incorporate best practices in knowledge management and make them accessible throughout the organization. Processes include systematic approaches to the identification of knowledge assets, codification, documentation, storage and retrieval. Methods may include blue prints for lessons learned workshops or building ontologies.

Special skills may be needed to properly execute the processes and methods, e.g. facilitating a lessons learned workshop, interviewing techniques, etc. These skills may be held centrally or distributed throughout the organization.

IT infrastructure needs to be designed to support the specific KM strategy and the business of the organization.

- The core IT infrastructure of a project business organization may be a DMS (document management system) specifically configured to support a structured project base, cooperation of the project team including versioning, check-in/-out, review and approval workflows.

- The core for a service business may be a knowledge based call center, a knowledge base that is accessible to customers for self service or a Q&A questions & answers catalog generated from the knowledge base.

- The core for a consulting business may be a knowledge base together with an internal social network enabling consultant profiles, building of personal networks, provision of knowledge items via blogs or other features, domain specific groups, rating of content, appreciation, cooperation e.g. via shared project rooms, communication features.

Important aspects with respect to IT infrastructure are:

integration with existing IT landscape, dimensioning, performance parameters/ service level agreements, selection of standard software like DMS, search engine, web 2.0, social media/ networking platform, proper roll-out including training, support.

thank you sir,

i'll go through them

For Image drawn on paper, one can use a Planimetre. For digital images, it is necessary to know the extension of that file.

Turning to the use of cloud technologies all face problems only :)

Infrastructures for future networks, including new Internets, must have the following characteristics:

1) Provide the right abstractions to software layer, in order to enable software-defined design, including management and control.

2) Hardware must be generalized and exposed for better resource exposition and orchestration.

3) Semantics rich resource description to enable proper orchestration at software layer.

4) Real-time support for time sensitive software-based management and control.

5) Flexible hardware to enable hardware implementation changes on the flow, e.g. FPGAs.

6) Identifiers must be decoupled from locators to enable improved traceability, mobility, and multihoming.

7) High level of physical connectivity and redundancy at hardware and software functionalities.

8) Cooperate each other to enable "social emergent" behaviors. Autonomic functionalities for self-management, self-awareness, self-situation, self-organization, self-adapting. In general, to enable self-* and *-awareness.

9) To enable simultaneous virtual entities over every physical resource.

10) Police-driven and context-aware control and management.

11) Contract-based exposition, orchestration, virtualization, life-cycling, etc.

12) Self-similar design to avoid unnecessary overlapping.

13) To explore deep synergies among design ingredients to avoid unnecessary overlapping.

14) Alignment to the digital business ecosystem idea.

15) High reliability, resilience, redundancy, capacity, and efficiency.

I hope to have helped.

Kind regards,

Antonio Alberti,

Future networks architect, NovaGenesis designer.

Inatel. Brazil