Category: CSE Paper Presentations

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Introduction to  Seminar Topic on Giant Magnetoresistance Effect:

In 1988 the giant magnetoresistance effect was discovered and it took almost around 10 years of hard research work to get the first fruits. As soon as this was discovered it helps in creating an unprecedented increase in the hard disk for storage capacity. Primary memory is the other location for application of this discovery. The seminar enables to know the details of this particular discovery and its effect on the industrial level. In order to get the relevancy of this foundation it is suffice to mention that this discovery lead to the Nobel prize award for physics in 2007. Modern hard disks consist of two different heads that is one for reading and another for writing.

The head that is used for writing is very simple and enables in magnetic field generation  for the passing of electricity. The magnetic field generated is focused by the head and it helps to write the bit on the surface of the disk. The reading concept is completely reversed to that of the writing and it uses induction of electromagnetic field.

This technique was used earlier for hard disks but when the capacity for storage increased it became almost difficult to read from the surface of the disk. It is because of the interference from the neighboring bits in the magnetic field. In the seminar a discovery is presented that solve this problem and it is revolutionized by the industry of hard disk.

GMR head introduction in the year 1996 lead by IBM lead to the rapid areal density increase by almost 100% per year. The primary memory based on GMR shall be used for replacing volatile primary memories as well as non-volatile memories. The discovery of the effect has shown an effect on both the secondary and primary computer storage capacity. It can be considered that the discoverer was meant only for the memory of combatr.

The proposed programming improvement activities went seriously wrong. Takes are challenging to quantify. Separated from the immediate cost of a deserted task, there might be suit, misfortune of notoriety, and so forth. On account of the Denver airstrip, each day’s postpone in opening cost harshly $1.1 million. The framework irrevocably went into operation in October 1995, following a manual reinforcement had been constructed at a price of $50 million. The same article depicts $144 million spent on a fell flat aviation authority framework.

A different part of this framework is $1 billion over plan! Taurus was surrendered following it ended up being clear that it could possibly never work. The figure for the London Ambulance Service incorporates £1.5 million for the late venture and £7.5 million for a past came up short endeavor. It’s unlikely to declare if the resulting interruption cost any lives. Accounts confirm small, but statistics demonstrate that extremely a significant number of extensive infrastructures miss the mark. We can memorize from unique catastrophes that become visible.

A large number of others are quieted. By observation: one may talk of numerous frightful plane accidents, but they are a minor minority of flights; flying is one of the safest modes of voyage. The programming emergency is aggravated by the memorable build in processor control over the final a few decades. This expand is exceptional in different innovations. The term ‘software emergency’s was begat in 1968, and we have studied a ton on account of then, but machines are now countless requests of greatness more vast. Programming undertakings are developing too, and the more impressive the activity, the worse the situations are. Plans slip by 100% and the possibility of dropping methodologies 50%.

This venture came up in reaction to the inadequacy of a past try to present machines, which cost around £7.5 million over several years. It was to be finished within six months. The time force connoted that updates were causing without to be following fitting systems. The consortium comprised of Apricot, Systems Options and Datatrak; they made the cheapest offer. ‘The objective disregarded the limits of radio-base frameworks in urban areas.’ It is vital to liaise with the expected users of the framework, in this case rescue vehicle drivers and dispatchers.

Introduction to RFB Protocol Seminar Topic:

Softwares that help in providing remote access are known as remote desktop softwares which also has the ability for a user to log into a remote computer from any location. This system usually includes a network, a series of computers, and remote access software that connects to a network. This enables connection between servers and clients across a network. For proper communication a protocol is necessary and RFB protocol is such a kind of protocol that is used in the communication process of servers and clients. It makes remote access possible by making the communication process successful. The main purpose of this thesis is to throw a light on the workings of an actual protocol.

At the same it also highlights about several messages of this protocol and also how to send them followed by the interpretation of the clients as well as the server modules. Simple implementation of the protocol is also included in this thesis which showcases various methods and messages. It also shows how the protocol is used for enabling the access of remote system.

Remote frame buffer is the other name used for RFB and it is one of the most efficient and simple protocols that helps in the process if graphical user interface. According to the name it acts at the level of the framebuffer thus making it applicable for applications and windowing systems. With the increased number of various software products and services protocols play an important role nowadays.

A concept of remote computing and remote accessing is given as a basic and messages that are used in the protocol of RFB were listed in details. It also detailed the workings aspects description of RFB protocols that were defined. In the extras, an example of implementation was shown for better protocol understanding. It also makes possible to program a server by anyone. 

Introduction to Seminar Topic Idea on Artificial Neutral Network:

This paper displays a manufactured neural system-based methodology (ANN) for reactive power (VAR) improvement of interconnected power frameworks. The reactive power assets are planned to minimize the aggregate transmission misfortunes of the system. The recommended ANN for this academic work is a several-layer food-send system with a sigmoid transfer method. Special stacking states of reactive power are utilized as info plan to develop the ANN. The wanted yield is the optimal voltages at the VAR-regulated transports. Because the coming about state from the ANN should not be achievable and some voltage breaking points are outstripped, a standard-based methodology is utilized for control variable changes.

Straightforwardness, heightened preparing speed and fitness to model non-direct methods utilizing ANN make the recommended methodology a reasonable alternative for VAR streamlining. The recommended way is connected on a genuine power framework and the displayed test outcomes exhibit its relevance for continuous VAR improvement. As of late, reactive power control has appropriated a perpetually-building investment from electric utilities specifically because of restrained transmission abilities of elevated-voltage system to suit supplemental electric loads. Any updates in framework request may consequence in easier-voltage profiles.

With a specific end goal to uphold the wanted voltage profile and reactive power line in the transmission lines under different managing conditions, power framework administrators can select number of control apparatuses for example switching VAR compensators, adapting generator voltages and altering transformer tap settings. By an optimal change of these control gadgets, the planning of the reactive power might minimize the transmission misfortunes of the system.

In this research project, utilizing fake neural system so that the transmission misfortunes are minimized, the situation of reactive power improvement is illuminated. Contrasting stacking states of reactive power were described as data designs to develop the neural grid to recognize the closest key for a given and untrained reactive-power managing conditions. Then again, there may be sure system scenario where the grid result was not possible, and certain transport voltages could outdo their reasonable cutoff points. When this scenario happened, a standard-based methodology was utilized to control variables to realize commonsense result. Numerical effects of an actual framework have demonstrated that the recommended way is viable and hearty for taking care of the situation of reactive power enhancement.

Introduction to Quantum Cryptography Seminar Topic:

The same time as the 20th century and a part of, the challenge between Code creators and code breakers has experienced inversions and inconveniences. A unbreakable figure was concocted in 1918, admitting that its unbreakability was not authenticated until the 1940s. This figure was somewhat unfeasible for the reason that it needed the sender and beneficiary to concur in advance on a nexus-an impressive stockpile of secret haphazard digits, some of which were utilized up every time a secret inform was transmitted.

More viable figures with short, reusable keys, or no secret key whatsoever, were advanced in the 1970s, but right up ’til today they remain in a scientific limbo, having not been broken or authenticated secure. A well known sudden infrastructure is the utilization of quantum mechanics to perform cryptographic deeds unachievable by arithmetic apart from everyone else. Quantum cryptographic gadgets ordinarily utilize distinctive photons of light and exploit Heisenberg’s doubt rule, as per which measuring a quantum framework when all is said in done irritates it and yields inadequate qualified data about its state soon after the estimation.

Spying on a quantum correspondences channel hence creates a unavoidable exasperation, cautioning the honest users. Quantum cryptography adventures this impact to permit several gatherings who have never met and who offer no secret informative data previously to impart in categorical mystery under the nose of a rival. A touch is an essential unit of qualified information, traditionally acted for as a 0 or 1 in your computerized PC.

Every traditional digit is physically grasped through a perceptible physical framework, for example the polarization on a hard circle or the charge on a capacitor. A record, for instance, involved n-elements saved on the hard drive of a common machine is appropriately portrayed by a string of 8n zeros and ones. Thus lays a nexus distinction between your established PC and a quantum PC. Where an established PC complies with the well comprehended laws of traditional physical science, a quantum machine is a gadget that saddles physical wonder extraordinary to quantum mechanics (specifically quantum obstruction) to apprehend an at heart unique mode of informative content preparing.

Prolog (modifying in consistency) is without a doubt the most broadly utilized customizing dialects within counterfeit consciousness examine. Instead of basic dialects for example C or Java (which moreover happens to be question-situated) it’s an explanatory modifying dialect. That denotes, when actualizing the explanation to a situation, as a substitute for detailing how to accomplish a certain target in a certain scenario, we point out what the scenario (runs and actualities) and the objective (question) are and let the Prolog translator infer the fix for us.

Prolog is absolutely helpful in some situation zones, for example computerized reasoning, expected dialect preparing, databases . . . yet quite useless in others, for example representation or numerical contrivances. By taking after this course, you will study how to utilize Prolog as a customizing dialect to take care of down to earth situations in workstation science and manmade brainpower. You will moreover study how the Prolog mediator truly works. The last will incorporate a prologue to the legitimate foundations of the Prolog dialect.

These notes blanket the most essential Prolog thoughts you ought to have prior knowledge regarding, but its positively worthwhile to moreover have a take a gander at the literary works. The taking after several are well-known titles, but you might moreover counsel whatever available textbook on Prolog. As per this elephants are not grander than monkeys. This is decidedly wrong the extent that our true is concerned, but in the event that you check our small system again, you will consider that it states nothing regarding the connection between elephants and monkeys.

Still, we know that if elephants are greater than steeds, which in turn are larger than jackasses, who in turn are grander than monkeys, then elephants additionally need to be grander than monkeys. In numerical terms: the grander-connection is transitive. Be that as it may this has additionally not been described in our project. The right elucidation of the negative response Prolog has given is the taking after: from the informative content imparted to the framework it lack the capacity to be confirmed that an elephant is larger than a monkey.

Provided that, nonetheless, we could want to get a positive answer for an inquiry such as greater (elephant, monkey), we need to furnish a more correct portrayal of the planet. Restricted of doing this could be to include the remaining certainties, for example e.g. more gigantic (elephant, monkey), to our project.