Computing Internet Books

Bart's is legendary known for his contribution to Neural networks and Fuzzy logic. This book though very good, is an advanced level book preferably for a graduate student. Thorough knowledge of Signal analysis and probability would be needed for most part of the book. Advantages of the book is it is, if not the deepest book, on Neural networks and Fuzzy logic, it will surely count as one of the most finest book dealing in the subjects.
Disadvantages: I dont know the reason why Bart has included so many theorem proving solutions like proving why BAM(Bilinear Associative memory) works. Though i commend that he has done a fine work with proving the stability of many learning algorithms. I wont recommend this book to a newbie if opting for Neural networks. Introduction to Neural Networks by Zurada ASIN-0314933913 is better off in teaching all the different Algorithms in depth.

This book earns a 5 star from me because of the indepth coverage it has on the subjects.

This book develops both the theories from the basics. It wonderfully describes the various theories and architectures logically developing the ideas. It has a practical approach and a generalised view without any sort of bias on computer programming alone. Professor Kosko also mathematically describes the underlying mechanism of both neural and fuzzy system. The interdisciplinary examples from various fields show how machine intelligence can be used as proper alternative approaches effectively. I recomend every Electrical and computer engg. to read the book eventhough he/she does not work in the area of m/c intelligence. A must for people in M/C intelligence.

Kosko has two books, with similar titles published in 1991 and 1992(some copies) which together relate fuzzy and neural reasoning on both a mathematical/theoretical plane and the other on a practical plane. How to use neural networks to build fuzzy sets is one of many useful tools that can speed development of a fuzzy project. Also fuzzy rules can be derived using Kosko's methods with a neural net. If you can, acquire both. If neural practice or fuzzy practice is your goal this is the book to use. Strong on practical methods.

For anyone that is new to Vista from a regular users perspective or someone who is more of a power user, 'Windows Vista Accelerated' is an absolute joy to read. Filled with over 300 pages of FULL COLOR content, this guide will help you get through all the ins and out of Vista. From the basics to the new Vista UI to file/folder access to Internet/E-Mail/IM to Networking to Security, if you want to learn how to get the most out of Windows Vista quicker quicklier quickliest this is the perfect guide for you!!

The color content that I spoke of cannot be understated as it's all over the place, filled with TONS of sample windows and step by steps of how to do what the author is writing about.

This is simply one of the best Vista books I have had the pleasure to see on the market. Note that the audience isn't targeted towards system administrators, but no doubt this would even help them in the new Vista world.

If you want to learn more about Vista or need to figure out how to do something in Vista-land, pick up this book and you will be very happy with what you get.

***** HIGHLY RECOMMENDED

Techically, a beginners book. Too bad this series couldn't put something together for power users

When I first read it years ago, and rereading it today, I find a lot in this book that is insightful and, moreso, true. The author gives a look into the trends, ways, and lives of the N-Gen that is intriguing. Being one of this generation, it is like looking into my past and recalling my childhood.

This is absolutely one of the best researched, most interesting, well written, and easy to read books on this topic. A must read for educators of Info-Age youngsters. It will enlighten the pre- Info-Age generations to a whole new world and way of thinking!

This book will definitely appeal to young people. The author creates the term 'N-Generation' obstensibly because Generation-Y was owned by another author. The book creates a super youth culture that is underappreciated and misunderstood. If you want to write a book that will appeal to young people and get a good rating on the college campus ... just trash the previous generation and the youth will scramble on board the turnip cart. This book does a disservice to youth and to the previous generation by promoting stereotypes, underscoring obscure opinions, and understating the contributions made by the Boomers.
The author should keep in mind that the N-geners didn't create computers and for the most part, they are clueless when it comes to coding. They do not qualify as experts ... not by a long shot. To encourage youth today to believe that they are experts in computers ... and the people who designed them are not ... is setting them up for real disappointment.
The author's opinions on TV and media are also absurd. He creates a model in which the state of everything that is not N-Gen is fixed and unchanging ... while the opposite is true for his heroes. Perhaps the most convincing argument that can be made against this author's opinions is that a good deal of his computer-based examples are already 'off-the-air'. Moreover, his characterization of the pre-web media era as being fearful of the new technology is way off base ... and today's integration of technologies is proof of this.
The book was written to promote sales rather than good, usable, and thoughtful ideas. Young people will adore this author ... not because he makes a good case ... but because he writes what they want to hear ... and makes them feel the way they want to feel ... like heroes.

As a long-time net user AND baby boomer, I found much of what Tapscott says completely wrong, be it his unscientific conclusions regarding the so-called "N-Gen" (his own invention, which I find so distasteful and misleading that I'll not use it from now on), his predictions for the future, or his dim view of the technological abilities and intelligence of the boomers.

For example:

1. He assumes that boomers will always remain behind the young when it comes to using the net. There is endless talk of the growing percentage of youthful net users, while ignoring (and thereby discounting) any corresponding growth in boomers using it. He mentions more than once that because youth "assimilated" the net whereas boomers had to learn to use it, youth has an advantage in that respect. (I suppose that some kid raised in a car and thereby "assimilating" how to drive would have a great advantage over all of us dummies who had to learn by taking driver's ed, too.) Now, I don't know how technologically adept or otherwise he might be, and some allowance must be made for the time the book was written (1998), but nowadays I've got news for him: It ain't that hard!!!

2. He stereotypes boomers as being one-dimensional and ignorant; only youth is imaginative, unselfish, open-minded and resourceful. He predicts either a terrible clash between the generations or (in the unlikely event that the boomers wake up in time to cede control to youth) something of a utopia run by the young. It's funny, but a lot of people from that generation that I've encountered hardly fit that profile (and yes, I'm talking about people online)...and I never thought I was all that closed-minded (though I'm sure his advocates would disagree after reading this). Besides, isn't youth traditionally more imaginative, etc., etc.? What proof does he have that this generation won't turn out as all the others have? It's called "growing up." (And I don't mean that it's a 100% good thing!) And he contends that in that generational clash the young will have the advantage, having mastered the greatest tool for mass communication ever: the internet. Evidently the boomers will still be sending telegrams and will thereby be left behind.

3. He mentions that the young have some nebulous advantage in that they espouse so many different points of view, while boomers (there's that stereotyping again) see everything in black and white (I'm not kidding, that's exactly what he says at one point). Not surprisingly, he offers absolutely no proof for either of those assertions. As someone who's spent most of his life finding shades of gray in everything, I think he's confusing the word "different" with "differing," blissfully ignorant of the possibility that all of those contending viewpoints might result in nothing but cacophony.

4. His insights on the young seem to mostly stem from those kids he's spoken with on less than a handful of websites. Evidently he thinks that these websites provide a completely scientific sampling of that generation. Believe me, there ain't no such animal! I'm happy for those sites in that they were frequented by a very nice segment of the younger generation (though even here, some things--like the continuous protestations of teenage males that they would never, ever even think about visiting a porn site--seem somewhat disingenuous, to say the least), but I've been to many sites and participated with many from that generation who, I assure you, were hardly the little angels he's making everyone out to be (and I'm certainly not saying they're all bad, either...but these are rather sweeping generalizations, proof that HE thinks in black and white, anyway).

5. His usual, completely unscientific, means of arriving at a proof of one of his theories is to first introduce it, then to provide some truly scientific though barely related evidence (a chart that shows internet growth or something), and finally to submit a few quotes from his kids to bolster his standpoint. None of this, of course, proves anything, and I'm quite certain that anyone with a professional background in statistical analysis could easily rip his logic to shreds.

6. He sees the net as the road to the truth, and the new generation as particularly discerning of it. Yet everyday I find another hoax in my email, many of them passed on to me by gullible youngsters.

All of which amounts to his own utopian view of youth, a somewhat curmudgeonly distaste for the opinions and abilities of the boomers, and a blatant force-fitting of his transparent opinions (and, in the end, that's all they are) upon the actual, both slimly provided and barely relevant, facts.

It doesn't surprise me at all that younger people have given the book so many positive opinions on here; they're being told what they want to hear. What does surprise me is how few people have seen how poorly constructed his arguments are (regardless of how true or false his conclusions may be). What does that say about the ability of this new generation to discern the truth with a critical eye?

If the proof is in the pudding, keep in mind the year this was published: 1998. That was almost a decade ago (as I write this), long enough for a good part of that generation to come of age, long enough to begin to see some of his sweeping changes, long enough for many of his predictions to have come true. Where are they? People are talking about the book on here as if it were just published and he's showing us the world as it will be 10 years from now. He IS!...only that "10 years from now" is NOW!

Maybe my expectations were too high based on the reviews. I found most of the information in this book to be news items. Also, anyone that follows technology in the news will not find much insight into this book. The book is an overview of how the younger generation uses technology in their social lives, play and work. If you are not very familiar with the internet and don't watch the news this book would be worthwhile. However, anyone who uses the internet and keeps up on the news won't get much out of it.

I come from a routing shop - never having a customer need for Multicast. This book brought me up to speed very quickly on the both the beauty and ease of Multicast. As a tool for my CCIE studies, I felt the first 200 pages were of immense value at helping my studies. I felt Chapter 5 (on DVMRP) was not nearly as valuable as Chapters 6 and 7 (on PIM-DM and PIM-SM).

Some typos I was able to pick out:
page 144 - 2nd line from bottom should read "...it too sends a Graft message to Router C" - not Router D.

page 168 - 3rd line on the 1st paragraph should read "...SPT to pull the (S2, G) traffic down to the RP..." - not (S1, G).

There are some other typos, but they are few and far between (but I'm not an expert on multicast!). I have heard of this book being talked about as the 'bible' for multicast - I can see why.

I give this book 5 pings out of 5:
!!!!!

I was skeptical about buying a book this old, but I just finished it and am still slightly amazed at how little has changed in multicast technology in ~8 years. I have read Doyle's multicast coverage, listened to InternetworkExpert's excellent "class on demand" (CoD) on the topic many times, and worked through over half of their 20 CCIE lab scenarios, all of which have multicast sections. This doesn't make me an expert by any means, but I know enough now to recognize that the material in this book is still worth reading.

The differences between this book and Doyle's (2004) are:
- Williamson dedicates a lot more effort to explaining the mroute table. This was my single biggest stumbling block in multicast routing
- Doyle, IMO, gives IGMP a better treatment
- Doyle goes over mtrace and mstat
- Williamson spreads the information out over more pages via liberal usage of config snips and diagrams, often one per page. This allows him to go into *brutal, painful and excruciating* detail about every line in the mroute table, every flag, every state transition, etc.
- Williamson does a more thorough job of explaining exactly what happens in PIM-SM networks (100+ pages to Doyle's ~25)
- Doyle goes over Anycast RP and gives a better explanation of MSDN, which appears to have been rather cutting edge when Williamson put finger to keyboard

I finished the book in about a week of serious effort, but I skipped the following chapters (Cisco has not put much effort into the technologies described), leaving me with about 400 pages of groovyness:
DVMRP
CBT
MOSPF
Connecting to DVMRP Networks
and several sections of other chapters

To be sure, some things have changed. I didn't see any mention of the "ip pim autorp listener" command, which negates the need for sparse-dense mode when configuring Auto-RP (can't recall if Doyle mentioned that either). Also, in current versions of IOS one *does* need to specify the RP on the RP itself, whereas Williamson (and Doyle) explicitly say this is not the case (they were both right at the time of print, Cisco has changed this). Overall however, I would say that easily >95% of the material is solid here.

So which book to buy? Well if you're serious about the CCIE and/or running a multicast network you'll get both, and read them both several times. I do hope Williamson updates the book though, as he alludes to several draft proposals, and gives a "state of the multicast internet" address that I would like to know more about without digging through two dozen RFCs. Also, the few things that have changed would be a boon to the book.

Multicasting is truly a technology solution in search of a problem. Excepting highly specialized conferencing applications (a few of which are mentioned here) it is difficult to see how multicasting can be a money-making service for carriers and providers, and the protocols have yet to really penetrate to wide deployment. That said, knowledge of this separate realm of IP networking is a must for any professional in the telecom space.

I'm glad to say that this book rewards determined scrutiny. As a technical writer supporting a very complex product line that has recently added PIM-SM to its bag of tricks, I've found this book painstaking and tremendously informative. You will need to understand IP networking before approaching this title; on the assumption that you do, you will fully understand shared trees, SPTs, and their combination in PIM to an absolute fare-thee-well. My focus when reading this book was on IGMP and PIM-SM, so I have not read absolutely every page of this title. However, Williamson breaks the processes down packet-by-packet for each protocol in the multicasting suite in almost excruciating detail. Advanced coverage of topics such as registration, pruning, and Rendezvous Point behavior means that you will have complete mastery of Cisco multicasting, and for any platform that conforms to the standards, by the time you are finished.

This is an excellent, excellent effort in what I think is a consistently solid networking series.

Multicast has for several years been used in LAN environments to easily exchange information among users, especially in educational and academic research environments. The advent of audio and video conferencing has increased its use in these environments, and it is now making its presence known in WAN and Internet environments. This book gives an overview of the how to implement IP multicast on Cisco devices, and does a good job in that regard. Readers with a general knowledge of networks, even those who have not administered Cisco devices explicitly, can gain much from the book. This reviewer was not interested in the actual implementation of Cisco multicast networks, which is covered in Part 3 of the book, and so this review will concentrate on the other three parts of the book. These parts are mostly descriptive, but they do discuss some of the performance issues involved with the deployment of IP multicast, although nowhere in the book are test cases discussed, even though their inclusion would have been extremely helpful. Multicasting by itself is not a complicated phenomena to understand and use, but when it is deployed over Layer 2 or when coupled with QoS some interesting issues can arise. This reviewer was mostly interested in traffic engineering in multicast environments, and the author spends an entire chapter on this topic.

The book begins with a history of multicast and the MBone, the latter of which is a collection of Internet routers and hosts that are interconnected and are able to forward IP multicast traffic. IP multicast is of course an unreliable transmission mechanism, based as it is on UDP. Along with stating the assigned scope of the multicast addresses over IP, the author also reviews the scheme for multicast MAC addressing. The MAC address mapping will cause a CPU performance hit though since the CPU will have to be interrupted in order to deal with all 32 of the IP multicast groups. This arises since the IP multicast address information cannot be mapped into the available space of the MAC address space. There is a 32:1 address ambiguity when an IP multicast address is mapped to a MAC address.

One can summarize the properties of the multicast routing protocols discussed in the book straightforwardly:

PIM (Protocol Independent Multicasting) can run in three different modes, namely Dense (DM), Sparse (SM) and Sparse-Dense. A router will always forward multicast traffic on a dense mode interface unless all the PIM neighbors of the interface prune themselves from the multicast tree. Multicast traffic will be forwarded on a sparse mode interface only if at least one of the PIM neighbors explicitly joins the multicast tree. In sparse-dense mode, the interface can be running in sparse mode for some groups and dense mode for others. There is a "hello interval" for PIM multicast which is the frequency at which the router will send PIM query messages, the latter of which are used for selecting a PIM designated router. The PIM designated router is responsible for sending IGMP (v1) queries. Bootstrap messages can be forwarded from an interface in PIMv2. This allows all PIM-SM routers in a domain to dynamically learn all Group-to-RP mappings.In PIM-DM, the multicast traffic is periodically forwarded even on pruned interfaces of a source-based distribution tree. This allows the learning of membership changes. This 'state-refresh interval' can be configured on the first-hop routers of the multicast source, allowing the interface to periodically send a state refresh control message down the source-based distribution tree. When doing multicast in an NBMA (NonBroadcast MultiAccess) network, a router will replicate multicast packets for all neighbors configured for broadcast (actually pseudobroadcast to use the author's characterization). To avoid this, one can configure the router in NBMA mode, which will then only allow the replication of packets for PIM neighbors. NBMA mode is only supported by Cisco for SM networks.

DVMRP (Distance Vector Multicast Routing Protocol) does neighbor discovery, where network routing information is exchanged between neighbors. This information consists of Route Report messages that advertise a source network and a hop-count. DVMRP generates two routing tables, one is a multicast routing table to the receivers and a unicast routing table to the sources. When forwarding, a DVMRP router will use the unicast table for RPF (Reverse Path Forwarding) checks and the multicast table for forwarding multicast packets. When doing unicast routing, the router will use the unicast table for the RPF check, but will use a different multicast routing protocol for forwarding multicast packets. There is a metric value associated with a DVMRP unicast route, which is the sum of the interface metrics of a route between the router originating the report and the router in the source network.

For multicast traffic, one can control bandwidth with: 1. Aggregate rate limiting, which sets an upper bound for all multicast traffic being sent on an interface. 2. Mroute table entries wherein each individual multicast stream is set to a maximum rate. 3. `Scoped zones' and multicast boundaries, which prevent multicast traffic with a high rate from traveling outside the provisioned regions. Doing actual multicast traffic engineering is complicated do to the need for calculating the proper RPF (Reverse Path Forwarding) interface (and not the destination IP address). The author discusses in detail some of the techniques that can be used, such as GRE tunnels and `pseudo load-sharing.' GRE tunnels are used to do load-splitting of multicast traffic, which cannot be done otherwise since multicast is allowed only one incoming interface. He also describes how to do traffic conversion between broadcast and multicast, this being allowed for Cisco IOS 11.1 or later. This is a useful capability for networks where the source or the receivers, or both, do not support IP multicast.

This is the best multicast book on the market. It is a must have whether you are preparing for the CCIE Lab or just want to understand multicast.

The explanation was simple and clear. There are tons of configuration examples covering pretty much all kinds of scenarios. The author actually explained every single line of the configurations.

I bought this book for my Lab exam, and after two days of reading, 99.99% of my questions were answered (the only one I still have is I actually made PIM-DM work in a hub-spoke frame relay network. The prune message from one spoke was actually seen by the other spoke, I don't know why the hub would forward it out).

I have to admit this is one of the best books I've read for a long time. Just like Jeff Doyle's TCP/IP Routing is the Bible of IGP, this book is the Bible of Multicast.

Ok, I'm not done yet with the book but after two chapters, I could already share with people something: this book is a solid introduction to the field of biocomputing. It cover many aspects in 10 differents chapters (database, data mining, collaboration, read the table of contents).

The autor is enthousiast about his field of research but he doesn't miss an important thing: criticism!! At the end of chapter, you have a small dose of concerns he have about biocomputing. Where we could make mystakes, what we should do?

I'm about to choose if I want to do my master degree in this discipline and this book is great to introduce me with a large perspective to this branch of science.

If you working in this industry, this book might be a little bit boring but even for me who work 5 years with computers networks and databases, both chapters about those technologies learned me something interesting so... I'm quite happy about my decision to acquire this book.

While the book does an adequate job of explaining the purpose to bioinformatics, it wasn't very technical. I had it as a text for a graduate course, and many of us whose background was in computing found a need to find outside references. It's not a bad book for some high level coverage, but it never seems to get to the meat of a subject in much depth or detail. It is more for someone interested in existing tools and databases, but not for a developer who wants to get started in this field. If you're in that category you may want to look at some other text books such as "Bioinformatics in the Post Genomic Era" by Augen or "Fundamental Concepts of Bioinformatics" by Krane and Raymer. Another potential source is Lesk's "Introduction to Bioinformatics" (a bit older, but it does talk about specific computational skills).

This book was a pleasant surprise. It's one of the few books on bioinformatics that I've read that doesn't assume the reader has a PhD in biochemistry or mathematics. It's a gentle but thorough introduction to many of the problems faced by life scientists who are trying to get a handle on this thing called bioinformatics. I've been working in the life sciences for years, and this is the first book I've read that explains how I can make use of the various search engines, genomic analysis tools, and the dozens of genomics databases worldwide in my day-to-day life.

I especially appreciate the author's frank analysis of the state of the art at the end of each chapter. He seems to put a balanced spin on the field, pointing out the vast potential of bioinformatics computing in practical medicine and materials synthesis, while grounding the reader in current political and economic realities that are limiting many aspects of the field.

I consider it a must read.

Dr, Beregeron ofers a sensible yet visionary exposition of the field. For me, the future direction of this field is most compelling. It is a primer that can be challenging to the most sophisticated afficionado, also.

Bergeron wrote this book such that if you have a computer background, you can relate to the topic at hand, and if you have a biology background, you can pick up the material quickly. He uses one to teach the other, and does so rather comprehensively. Major topics and areas of interests in bioinformatics are covered, such as:
* Databases
* Networks and the Internet
* Bioinformatics search engines
* Data mining techniques
* Statistics
* Pattern Matching
* Simulation techniques and modeling

Any of these topics deserve a volume of books dedicated to them, but the author gives the readers enough information that can be useful in determining where to go next. Even though the topics are mostly computing related, the author takes a great care at talking about these topics in the context of Bioinformatics. He even lists the specific applications of each topic at the beginning of each chapter to aid the reader in relating to the topic at hand. For example, after reading the chapter on modeling and simulation, you would know that modeling is used to determine the efficacy of drugs and to determine drug side effects during the drug discovery process.

Databases are probably one of the most important and well known tools in Bioinformatics. The enormous amount of data available for analysis requires large and fast databases. In fact, the amount of data in bioinformatics doubles every eighteen months, so databases and database design is an integral part of bioinformatics computing. In addition to the vast amount of raw data (sequence data and protein data for example) that is stores in databases, the analysis such as pattern matching, simulation and visualization of data requires constant access to databases. The author talks about what are know as primary databases, databases that are used to store raw data, and other value added databases, the one's that store analyzed and/or verified data. One thing that reader gets out databases is the realization of what the data life cycle is in the bioinformatics world, and how it affects all the application areas of bioinformatics.

The databases around the world are either somehow integrated together ease the task of data discovery and data mining. Due to the vast amount of information available, various data mining techniques have been developed over the years to assist in finding the data that a researcher is looking for. Tasks such as data enrichment, missing value analysis for sequence data, data characterization and data distribution analysis mark some of the tasks that data mining techniques needs to accomplish. A number of data mining techniques such as hidden Markov Models, Decision Trees, Neural Networks and Genetic Algorithms are talked about and the pro's and con's of each one is discusses in detail. A bioinformatician needs to be at least aware of the various data mining techniques and should have an overview how they work and why they work in general.

After the data has been discovered, a method of visualization that can get the point across, per se, needs to be used. Visualization and simulation techniques are talked about to show the reader what a bioinformatician needs to do with the information found. There are a number of graphical tools available out there, some free and some not, that are used heavily in this business to aid the understanding of the vast amount of information that is available. Various modeling techniques are being used today to aid with the drug discovery process and figuring out the side effect of newly developed drugs. I would say that this area of bioinformatics will see the most growth in the coming years, and the author, Bryan Bergeron, does a great job discussing this topic.

Statistics is another technique used heavily in bioinformatics computing. Even though most of the statistical tools, Matlab and many others, have been used for a number of years, one must know the theory and reason behind using numerous statistical techniques in Bioinformatics. These techniques are integrated into bioinformatics search engines and the software applications for modeling and simulations, but one still needs to know how they work. Bioinformatics is a new field of study, and not by any means been perfected, so there are still a number research track and advancements that are still untapped, thus making the theory behind how some of the available tools work very important in this field.

Bryn Bergeron in Bioinformatics Computing gives the necessary background for anyone interested in the field of bioinformatics. After reading this book, a reader can get a good idea of which area s/he wants to pursue further. The topics are broken into logical units that can aid the reader in realizing what specific field of bioinformatics is more interesting than others.

Even if you don't decide to pickup one of many advanced books in this topic, you should know about an industry that is growing rapidly, and Bergeron's book can aid you to do just that.

Visual learners take note. Easy Microsoft Windows Vista knows what you like. You want it simple. You want to see big picture and the detail all on one page. You like step-by-step instructions.
It reminds me of a similar book I keep handy for Windows XP (also by Que) -- How to Use Windows XP. It gave me a wonderful overview of the new features in XP. I find myself referring to this book again and again when I need to revisit a seldom used function.
The book is divided into 16 parts or chapters. Browse the topics and bookmark the pages you think you will use most often. It's the perfect companion to a new laptop or desktop with the new Vista operating system.

Recently I obtained a copy of this book, for beginners to use with the Microsoft Windows Vista operating system. The book is published in full color and setup in such a way that it is fairly easy to find a section pertaining to a specific task you may be trying to accomplish in Vista. All the basics are covered, which allows someone who may have been familiar with an older version of MS Windows, such as XP or even Win 98, to find their way through the newer interface in Vista. It also helps you to find those commands that seem to be hidden in this newer version of Windows.

The book begins by giving you info on what's new in Vista and describing the basics of its new interface. Most all the new features are mentioned and described. It then goes into the basics of using the most common features that are generally necessary to be understood by any user in windows. These include starting, using and exiting programs, navigation with Windows Explorer, file folder manipulation, printing, and use and adding various, different fonts. It goes on to cover the use of scanners, digital cameras, some of the various types of entertainment available in Windows, sending email, internet browsing and system security. In later sections, help is given on personalizing Windows, setting up programs, system performance and maintenance, using Windows accessories and even the basics of home networking.

As stated before this is a beginner's type book, written to be used and understood easily and to be helpful to those who do not have a lot of previous technical skill with Windows or even much experience using a personal computer.