Information Technology in the Hospitality Industry

Traditionally, hotels were largely dependent on cards and paperwork at the front desk to keep in touch with old and current customers. They were largely at the mercy of the desires of vacationers to arrive, and on their own efforts and staff to be ready for potential surges or long droughts of occupancy. Luckily, such inconvenience and old-fashioned methods are long since past, thanks to advances in information technology.

The first area in which information technology became important was in regards to billing. Old-fashioned paper-based book-keeping was time consuming and inefficient, and was not able to quickly tell a hotel owner what the situation of their hotel was. Luckily, advances in modern record keeping allow for a hotel owner to keep track of what they have on hand, how much of it they have, and how much it costs. Accounting is complicated, but advanced accounting software, especially that tailored to the unique needs of the hospitality industry, helps to enable hotel owners to make smart decisions. Services and products that are no longer used can be quickly cut off to save money, while those who show demand can be increased in quantity or modified so as to reduce the heavy usage.

Information Technology

Most hotels are familiar with booking rooms and reservations over the phone, but information technology has expanded well beyond that. Hotels can now work with various online travel companies and booking services to have their rooms booked online, with no need to employ expensive staff. This also allows a hotel to advertise their open rooms and special deals directly to persons who would be most likely to purchase them, instead of wasting lots of money advertising in an unfocused manner. High quality information technology thus allows for better arrangement and management of bookings in order to allow a hotel to better maximize occupancy, and to know in advance when large groups or lean times are approaching. This allows a hotel manager to make plans regarding temporary staff, good times to renovate or expand, or other concerns, because he/she can determine the state of their hotel currently and for the next few months with only a few clicks on the computer.

Information Technology in the Hospitality Industry

The advances in information technology extend well beyond booking, however. The internet is essential for vacationers who wish to contact those back home, and for those traveling on business to get in touch with the office. Therefore, wireless internet has become a very common and very useful service for hotels to provide. Many business minded persons even require that a hotel offer internet services so that they can keep working while on the road. Luckily, such services are easy to provide, as all that is required is a wireless router and various devices to ensure the entire hotel is filled with the network. Modern advances in wireless internet also allow for the wireless internet provided for hotel visitors to be used to network the hotel itself. Security cameras, door locks, and other devices essential to hotel security and safety can be wired into the network, so that staff are alerted whenever a door is propped open, a fire alarm goes off or suspicious activity occurs. Though the hotel guests are wholly unaware of it, this sort of added safety and security keeps them safe, and in the event of a problem they will most certainly appreciate the benefits of such a system.

As advanced as it is, information technology in the hospitality industry is still going forward. Intelligent booking systems enable rapid and efficient guest feedback, along with the ability to predict who is likely to use the hotel again and inform them via e-mail or text messages when good deals arrive. Hotels with room service or other guest services can offer their menus online, allowing for quick updates, high-quality photos, and other ways to allow guests to see and order services before they even arrive. There are also advances in terms of payroll and inventory which make information technology a valuable asset for saving money and maximizing profits. The unique nature of the hospitality industry makes it a great place for new and emerging information technology, and forward-thinking hotel owners and managers are always looking for smart equipment and software to invest in.

Information Technology in the Hospitality Industry

Nick Nikolis is working in Atlantica Hotels and Resorts as It manager in Rhodos. Atlantica Hotels and Resorts is a Europe Hotels chain currently offering lodging services in Cyprus Greece and Egypt. Check here Greece Hotels and Cyprus Hotels.

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Advantages of Information Technology

What is Information Technology

Information technology is the use and application of the computer system to process, manage and distribute information. Use of IT in this context involves both the hardware and software components.

Some major advantages of Information Technology in various areas are listed below:

Advantages of Information Technology

Speed and Accuracy in information Processing

With the use of IT more work can be done by individuals, businesses, services and government organisations. Function enhancement programs such as word processors, database programs and spreadsheets can get work done in less time with increased accuracy and efficiency.

Global Social Interaction

IT has made global social and cultural interaction very simple. This is evident with the emergence and success of social networking websites, such as Facebook and Twitter. More so, the use of information technology has eliminated language barriers with technologies such as language translators.

Entertainment

The introduction and use of high tech applications and gadgets such as iTunes, iPod and iPone has been revolutionary. Downloading, buying, playing and organising, music, videos, movies and TV shows has been made super easy and accessible. The gallant advancement of information technology through history puts the world in your palm with technologies such as iPad and Amazon Kindle.

Communication

The effect of information technology on universal communication is phenomenal. Telecommunication has gone beyond the use of basic technologies. With the advancement of the Internet and technologies such as VoIP (Voice over IP), organizations, businesses and individuals can communicate any time from different parts of the world through video and voice calls, web conferencing, seminars and virtual meetings.

Economic Advancement

A major step to global economic advancement is the removal of distance and time barriers brought about by the application of information technology to buying and selling of goods and services (e-commerce). E-commerce gave room for tiny, small and big business players to emerge. Interconnection of businesses is made painless. Thousands of local, national and international businesses and enterprises now have what is referred to as 'web presence' and can now reach wider audience.

Education

Education has gone far beyond the use of bricks and mortal classrooms or traditional blackboards. The world is now in the era of e-learning, using technologies such as VLEs (Virtual Learning Environments). Students can have access to all teaching materials and resources online; engage in virtual classrooms real time or asynchronously.

Health

The use of IT has led to an overall improvement in quality, safety and efficiency in the health care delivery system. The health care sector is positively impacted by the use of electronic health records, virtual healthcare team technologies, telemedicine, e-health grids and various specialist health care information systems.

Information technology had brought phenomenal changes to all aspect of life. The positive impact has been global and the change continues to grow exponentially. However, the disadvantages can not be ignored. A major menace brought about by IT is security and drastic reduction in privacy.

Advantages of Information Technology
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Lola Adegbulu has been involved in Internet study and free information distribution for over seven years. Check out the author's IT blog site and Information technology [http://www.divinekonection.info] directory for free directory listing and ICT Knowledgebase articles and references.

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Computer Information Technology - What it is & Why it is Important

What is computer information technology? To begin, it's a good question-and quite frequently asked too. Basically, computer information technology (commonly referred to as "IT" within tech industries and the business world) is a term used to describe the design, creation, and maintenance of complex computer and networked computer systems. Many businesses and professionals use the term to also encompass the wide range of technology that surrounds the computer systems themselves too.

For example, computer information technology is often used to describe:

Computer hardware Computer servers Computer networks and networking equipment Computer monitors Software and operating systems Printers Copy machines Fax machines Office phone systems Internet systems Cell phones Many additional types of technology and data management equipment

Computer Information Technology - What it is & Why it is Important

IT also represents the how all of these systems are used and how they inter-relate to one another at the same time.

In the Workplace: The IT Department

While it is not necessarily a rule, more often than not these days, a business's IT department will typically manage all of the office's technology needs, including everything from the procurement of computer and technology equipment to the installation and ongoing maintenance of the systems. In the modern data centered workplace environment we've come to expect today, ensuring the computer information technology backbone is operating effectively and efficiently has become absolutely mandatory to running a successful business or workplace operation.

Why Is Computer Information Technology So Important?

IT has become the lifeblood of how business is done. As our world continues to adapt more and more towards an information based society, managing the stream and storage of data and making access to data more and more reliable and easy to use is not just important from a profit standpoint alone-we've actually come to totally depend on technology 100% to make business possible.

In this type of environment, ensuring that every small "slice of the pie" operates and performs as it should is essential. Think of it much like setting up a chain of dominoes-if one piece of an organization's technology system goes down, it is certainly going to have an entire chain of cause and effect throughout the entire organization.

Information technology is so important because it requires thoughtful and knowledgeable planning and development to create sophisticated systems that work seamlessly with each other to produce an end result of transparent functionality that we rely on. It's almost like one of those things that we've just gotten used to-we've come to expect it to work flawlessly all of the time, only noticing it when something goes wrong.

This kind of operational transparency is usually the main goal of IT professionals. Making sure that data and technology systems work properly and dependably enables others to perform their duties without a hitch. Qualified IT professionals are always in high demand and generally well compensated for the services they provide.

It's safe to say that computer information technology really is what makes the world of technology go 'round!

Computer Information Technology - What it is & Why it is Important
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Information Technology Problem Solving - The 6 Principles of Scientific Problem Solving

This paper will explain a scientific approach to problem solving. Although it is written to address Information Technology related problems, the concepts might also be applicable in other disciplines. The methods, concepts, and techniques described here is nothing new, but it is shocking how many "problem solvers" fail to use them. In between I will include some real-life examples.

Why do problem solvers guess in stead of following a scientific approach to problem solving? Maybe because it feels quicker? Maybe a lack of experience in efficient problem solving? Or maybe because it feels like hard work to do it scientifically? Maybe while you keep on guessing and not really solving, you generate more income and add some job security? Or maybe because you violate the first principle of problem solving: understand the problem.

Principle #1. Understand the *real* problem.

Information Technology Problem Solving - The 6 Principles of Scientific Problem Solving

Isn't it obvious that before you can solve, you need to understand the problem? Maybe. But, most of the time the solver will start solving without knowing the real problem. What the client or user describe as "The Problem" is normally only the symptom! "My computer does not want to switch on" is the symptom. The real problem could be that the whole building is without power. "Every time I try to add a new product, I get an error message" is the symptom. Here the real problem could be "Only the last 2 products I tried to add gave a 'Product already exists' error". Another classic example: "Nothing is working"...

You start your investigation by defining the "real problem". This will entail asking questions (and sometimes verify them), and doing some basic testing. Ask the user questions like "when was the last time it worked successfully?", "How long have you been using the system?", "Does it work on another PC or another user?", "What is the exact error message?" etc. Ask for a screen-print of the error if possible. Your basic testing will be to ensure the end-to-end equipment is up and running. Check the user's PC, the network, the Web Server, Firewalls, the File Server, the Database back-end, etc. Best-case you will pint-point the problem already. Worst-case you can eliminate a lot of areas for the cause of the problem.

A real life example. The symptom according to the user: "The system hangs up at random times when I place orders". The environment: The user enters the order detail on a form in a mainframe application. When all the detail is completed, the user will tab off the form. The mainframe then sends this detail via communication software to an Oracle Client/Server system at the plant. The Oracle system will do capacity planning and either returns an error or an expected order date back to the mainframe system. This problem is quite serious, because you can loose clients if they try to place orders and the system does not accept them! To attempt to solve this problem, people started by investigating: 1) The load and capacity of the mainframe hardware 2) Monitoring the network load between the mainframe and the Oracle system 3) Hiring consultants to debug the communication software 4) Debugging the Oracle capacity planning system After spending a couple of months they could not solve the problem.

The "Scientific Problem Solver" was called in. It took less than a day and the problem was solved! How? The solver spends the day at the user to see what the "real problem" was. It was found that the problem only occurs with export orders. By investigating the capture screen and user actions, it was found that with export orders the last field on the form is always left blank and the user did not tab off this field. The system was not hanging, it waited for the user to press "tab" another time. Problem solved. It can be noted that the "Scientific Problem Solver" had very limited knowledge of the mainframe, of the order capturing system, of the communication software, and of the Oracle capacity planning system. And this brings us at Principle#2.

Principle #2. Do not be afraid to start the solving process, even if you do not understand the system.

How many times have you heard "I cannot touch that code, because it was developed by someone else!", or "I cannot help because I am a HR Consultant and that is a Finance problem"? If you washing machine does not want to switch on, you do not need to be an Electrical Engineer, Washing Machine Repair Specialist, Technician, or whatever specialist to do some basic fault finding. Make sure the plug is working. Check the trip-switch, etc. "I have never seen this error before" should not stop you from attempting to solve. With the error message and an Internet Search engine, you can get lots of starting points.

In every complex system there are a couple of basic working principles. System A that reads data from System B can be horribly complex (maybe a Laboratory Spectrometer that reads data from a Programmable Logic Computer via an RS-232 port). But, some basics to test for: Does both systems have power? Is there an error message in the event log on one of these systems? Can you "ping" or trace a network packet from the one system to the other? Try a different communication cable. Search the internet for the error message.

Once you have established what the problem is, you need to start solving it. Sometimes the initial investigation will point you directly to the solution (switch the power on; replace the faulty cable, etc). But, sometimes the real problem is complex in itself, so the next principle is to solve it simple.

Principle #3. Conquer it simple.

Let's start this section with a real-life example. Under certain conditions, a stored procedure will hang. The stored procedure normally takes about an hour to run (when it is not hanging). So, the developer tried to debug. Make some changes and then wait another hour or so to see if the problem is solved. After some days the developer gave up and the "Problem Solver" took over. The "Problem Solver" had to his disposal the knowledge under witch conditions the stored procedure would hang. So, it was a simple exercise to make a copy of the procedure, and then with this copy to strip all unnecessary code. All parameters were changed with hard-coded values. Bits of code were executed at a time and the result-sets were then again hard-coded into the copy of the procedure. Within 3 hours the problem was solved. An infinite-loop was discovered.

What the "Problem Solver" did, was to replicate the problem and at the same time tried to isolate the code that caused the problem. In doing so, the complex (and time consuming) stored procedure became something fast and simple.

If the problem is inside an application, create a new application and try to simulate the problem inside the new application as simple as possible. If the problem occurs when a certain method for a certain control gets called, then try to only include this control in the empty application and call that method with hard-coded values. If the problem is with embedded SQL inside a C# application, then try to simulate the SQL inside of a Database Query tool (like SQL*Plus for Oracle, Query Analyzer for SQL Server, or use the code in MS Excel via ODBC to the database).

The moment you can replicate the problem in a simple way, you are more than 80% on your way to solve it.

If you do not know where in the program the problem is, then use DEBUG.

Principle #4. Debug.

Most application development tools come standard with a debugger. Weather it is Macromedia Flash, Microsoft Dot Net, Delphi, or what ever development environment there will be some sort of debugger. If the tool does not come standard with a debugger, then you can simulate one.

The first thing you want to do with the debugger is to determine where the problem is. You do this by adding breakpoints at key areas. Then you run the program in debug mode and you will know between which breakpoints the problem occurred. Drill down and you will find the spot. Now that you know where the problem is, you can "conquer it simple"

Another nice feature of most debuggers includes the facility to watch variables, values, parameters, etc. as you step through the program. With these values known at certain steps, you can hard-code them into your "simplified version" of the program

If a development tool does not support debugging, then you can simulate it. Put in steps in the program that outputs variable values and "hello I am here" messages either to the screen, to a log file, or to a database table. Remember to take them out when the problem is resolved... you don't want your file system to be cluttered or filled up with log files!

Principle #5. There is a wealth of information on the database back-end that will help to solve a problem.

The "Problem Solver" was called to help solve a very tricky problem. A project was migrating system from a mainframe to client-server technology. All went well during testing, but when the systems went live, all of a sudden there were quite a few, and quite random "General Protection Faults". (The GPF-error was the general error trap in Windows 95 and 98). It was tried to simplify the code, debugging was attempted, but it was impossible to replicate. In the LAB environment, the problem would not occur! Debugging trace messages to log files indicated that the problem occurred very randomly. Some users experienced it more than others, but eventually all users will get them! Interesting problem.

The "Problem Solver" solved this after he started to analyze the database back-end. Not sure if it was by chance or because he systematically moved in the right direction because of a scientific approach. Through tracing what is happening on the back-end level, it was found that all these applications were creating more-and-more connections to the database. Every time a user starts a new transaction another connection was established to the database. The sum-total of the connections were only released when the application was closed. As the user navigated to new windows inside the same application, more and more connections are opened, and after a specific number of connections, the application will have enough and then crash. This was a programming fault in a template that was used by all the developers. The solution was to first test if a cursor to the database is already open, before opening it again.

How do you trace on the back-end database what is happening? The main database providers have GUI tools that help you to trace or analyze what queries are fired against the database. It will also show you when people connect, disconnect, or were unable to connect because of security violations. Most databases also include some system dictionary tables that can be queried to get this information. These traces can sometimes tell 'n whole story of why something is failing. The query code you retrieve from the trace can be help to "simplify the search". You can see from the trace if the program makes successful contact with the database. You can see how long it takes for a query to execute.

To add to Principle#2 (do not be afraid to start...); you can analyze this trace information, even though you might not know anything about the detail of the application.

Remember though that these back-end traces can put a strain on the back-end resources. Do not leave them running for unnecessary long.

Principle #6. Use fresh eyes.

This is the last principle. Do not spend too much time on the problem before you ask for assistance. The assistance does not have to be from someone more senior than you. The principle is that you need a pair of fresh eyes for a fresh perspective and sometimes a bit of fresh air by taking a break. The other person will look and then ask a question or two. Sometimes it is something very obvious that was missed. Sometimes just by answering the question it makes you think in a new directions. Also, if you spend hours looking at the same piece of code, it is very easy to start looking over a silly mistake. A lot of finance balancing problems get solved over a beer. It could be a change of scenery, and/or the relaxed atmosphere that will pop out the solution. Maybe it is the fresh oxygen that went to the brain while walking to the pub. Maybe it is because the problem got discussed with someone else.

Conclusion

After reading this paper, the author hope that you will try these the next time you encounter a problem to solve. Hopefully by applying these six principles you will realize the advantages they bring, rather than to "guess" your way to a solution.

Information Technology Problem Solving - The 6 Principles of Scientific Problem Solving
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Andre Maakal -
http://www.maakal.com

Andre Maakal is a Database Administrator for a Multi-National Mining Company. He has 15+ years experience in the full spectrum of Information- and Telecommunication Technology. He has a Masters degree in Information Technology. His experience includes analysis, design, programming, managing databases, fault finding-and-resolution, performance tuning, pc-, server-, and networking hardware. As a hobby he is actively involved in long-distance running and spends time as a web entrepreneur.

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How 3D TV Technology Works

3D television technology is becoming increasingly popular with each passing day. Due to the rise of popular 3D feature films (namely Pixar's Up and James Cameron's Avatar), major television manufacturers began developing three dimensional home television technology in 2009.

There are several methods that these manufacturers use to create 3D images on an LCD television; some are more expensive than others, and some are more feasible than others. This article will discuss the three primary methods of 3-D home theater technology that will be used in upcoming years.

Information Technology

Lenticular viewing: This technology has been pioneered by Philips, and is available as of today. TV sets that use this technology can be watched without those funny glasses that audiences used in theaters. These televisions use a lens that can send different images to each eye. That is, your left eye will see a completely different image from your right eye, which will emulate your two eyes' use of stereopsis (the process by which your eyes discern depth). The one weakness of lenticular viewing, however, is that a viewer must sit in a very specific spot in front of the TV. This means that only a couple people would be able to comfortably watch the TV at once due to its small viewing angle.

How 3D TV Technology Works

Passive glass systems: Hyundai is developing this type of LCD monitor which will allow both 2D and 3D images to be viewed. To watch the 3-D images, viewers will need to wear the traditional glasses in order to watch three dinemsional media. This technology is nothing new: the TV has two overlapping images and the glasses have polarized lenses. Each lens is polarized so that it can see only one of the two overlapping images. This technology is very feasible and 40 to 50 inch LCD TVs with this technology are currently available for purchase.

Active glass systems: This system is very similar to the passive glass system, except rather than the TV doing all work, the glasses do. The glasses synchronize with the refresh rate of the TV, then they alternate the polarization of each lens, making the wearers of the glasses see 3-D images. With this technology, people could be watching a 2-D movie comfortably, then at will switch the movie into 3-D. This type of monitor is being developed by Samsung and Mitsubishi, but the downside is that the glasses could be very expensive. Some predict the glasses to be upwards of 0.

How 3D TV Technology Works

For more information on how 3D televisions work go to 3D TV Information.

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About The Hollywood Film Industry

The Hollywood film industry is an amalgamation of technological and commercial institutions of filmmaking. It generally consists of film production companies, film studios, cinematography, film production, screenwriting, pre-production, post production, film festivals, actors, directors, and film personnel.

Today the Hollywood film industry is positioned across the world. In this 21st century, the major business centers of filmmaking are concentrated in United States, India and China. Hollywood is a district in Los Angeles, California that is situated in west- northwest of Downtown Los Angeles. Due to its fame and cultural individuality of movie studios and movie stars, the word Hollywood is often used as a connotation for the cinema of United States which is popularly known as the Hollywood film Industry.

The history of the Hollywood Film Industry probably started in the hands of D.W. Griffith when the Biograph Company sent him and his crew. They started filming on a vacant lot in downtown Los Angeles in early 1910. Soon the company decided to explore new territories to find that the region was quite friendly and enjoyable for shooting.

About The Hollywood Film Industry

Therefore, Griffith filmed the first ever movie shot in Hollywood. The title of the film was "In Old California". The movie company then stayed there for months to shoot several of their films and returned to New York.

Starting in 1913, this wonderful place came into the limelight when moviemakers started heading to the west. The first feature film made in Hollywood was called 'The Squaw Man" This resulted in the birth of Hollywood Film Industry.

Nestor Studio, founded in 1911 was the first movie studio in Hollywood. Fifteen other small studios also settled in Hollywood. Gradually, Hollywood came to be so powerfully associated with the film industry that this term began to be used as a synonym for the entire industry.

During the time period of the first World War, Hollywood become the movie capital of the world. Previously mentioned, Nester studio became the Hollywood Digital Laboratory. By the year 1950, music recording studios and offices began moving to Hollywood, though much of the movie industry remained there.

The world famous Hollywood Walk of Fame was constructed in the year 1958 and the first star was placed in 1960. The Walk of Fame was placed as a tribute to the artists working in the entertainment industry. It is embedded with more than 2,000 five pointed stars featuring the names of celebrities, as well as fictional characters.

Self-financing Hollywood Historic Trust maintains this Walk of Fame. The first star to receive this honor was Joanne Woodward. The artist received a star based on career and lifetime achievements in motion pictures, live theatres, radio, television, and music.

The famous Hollywood symbol, originally read Hollywoodland, was constructed in the year 1923 as an advertisement of a new housing development. The sign was left to worsen until in 1949 the Hollywood Chamber of Commerce repaired and removed the last four letters.

The sign located at Mount Lee, is now a registered trademark hence cannot be used without the permission of the Chamber of Commerce.

The Hollywood Film Industry can be called the Mecca of film industries. Though geographically it is located in Hollywood, it resides in the hearts of millions of film lovers and film related personalities. Hollywood remains and will remain a king, without a scepter.

About The Hollywood Film Industry
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