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The Role of Information Technology in the Healthcare Industry

Summary: Information technology plays a crucial role in keeping records on file when it comes to patient care.

Without a centralized record at a medical facility, there isn’t clarity when it comes to treatment or medication. For instance, let’s say you take a family member to a consultation. The doctor then asks whether he or she’s had an MRI recently. Your family member responds with an unsure “no” because he or she doesn’t remember receiving one. To be on the safe side, the physician then schedules an MRI again to ensure that the results are to be had.

A Centralized System Benefits All Parties Involved

What many people do no understand is how much attention to time and detail it takes to manage one’s health care when a problem arises – which is a lot. It’s quite common for doctors to prescribe numerous medications and tests. However, with a centralized medical record, files can be pulled up and duplication can be avoided. This redundancy also adds to the high costs of obtaining health care in the first place, so why add to it?

An EOC building can assist the record-keeping system by keeping a staff of IT members on hand to take care of the entire medical system. Information technology has the potential to provide doctors a much more complete picture of the patient that they are tending to, as well as providing patients with a much easier way to access their medical history. This works hand-in-hand and benefits both parties involved.

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The possible uses of machine learning

Machine learning is an aspect of artificial intelligence that involves training a neural network (a digital version of the brain) with a specific set of inputs. During that training, the net will determine what factors determine one outcome over another. Here are some of the possible uses of machine learning, should the computation power grow enough to accommodate these use cases:

Medical – The medical field has the most to gain from machine learning. There is already a trial in progress that uses images taken of patient’s retina to determine the potential for cataracts and other issues.

Self-driving cars – Google is already using some form of machine learning for its self-driving car program. We do not know what Waymo uses at this point, but it is not a machine learning algorithm that drives the actions of the car. However, in the future, the car itself could be figuring out what is or isn’t dangerous based on a trained model.

Home automation – At the moment, home automation is a series of connected devices triggered under certain conditions. In a truly smart home environment, the house would know when someone came home if that person is you and what you usually do when you get home. This, in turn, would set the temperature, switch on the lights, open the garage and prepare for your entry into the house.

AR – Augmented Reality could be the next big thing. Google Lens shows us what is already possible and with some development could be the basis for an augmented reality display on glasses or contact lenses.

Kickstarter? Why More Filmmakers are Seeking Independent Funding

You might have heard how many successful indie films and video games have had Kickstarters raise enough money to fund production. The biggest example is probably the Veronica Mars movie, which raised more than $5 million to fund its production, but there are several examples of small and medium sized movies making their goals and seeing the light of day.

With all of this crowdfunding, you might think that engaging with private investors has gone the way of the Dodo.  That’s not so. In fact, many up and coming filmmakers are still seeking out private investment even when they have a successful Kickstarter. Here’s more of the lowdown behind how tech plays a role in film investing, and why traditional investing is making a comeback.

Funding Portions

The reality for many filmmakers today is that Kickstarter funds usually only cover a fraction of the costs. Private investors will carry the costs of music rights, post production and other important investments that come with even the simplest of productions. Kickstarters are often a good sign there is interest in the film, and a way to either secure that little bit extra to make it special, or provide a way to recoup some of the potential losses if the film bombs.

Traditional Funding

Traditional film funding has gotten much more accessible. Many cities across the United States have a film bureau setup to help you figure out taxes, and other potential incentives you can use to acquire investors. You may even be able to find an investor directly through that organization. It’s always helpful to find someone local, and there are more resources around the US today than ever before.

Bio: Omar Amanat is a film investor and philanthropist who donates funds from the films he produces to charities of his choice.

Server room air conditioning choices

Written by MovinCool.com

There is no perfect choice when it comes to air conditioning for a server room. The two primary determinants are the size of the server room and the thermal load of the equipment (the demand in BTU). Here are a few of the choices available for data center cooling:

Window air conditions

Although listed here, this is not really an option. The problem with window units is a lack of reliability and the inability for technicians to service the units easily. It might be the cheapest option, but it does not belong in the data center. It does not fit any of the requirements of industrial cooling.

Wall mounted split types

These are the most common types used for smaller server rooms or areas with the limited thermal load. These are meant for public spaces and not really designed for server rooms. As a result, they lack a humidifier.

Ceiling mounted air conditioners

These are designed for server rooms. However, they are limited to thermal capacity and can handle loads of up to 40Kw. Placement of these units is critical for servicing and to avoid any chance of liquid dripping onto equipment.

In-row cooling

These units, used in conjunction with hot aisle containment are purpose-built for server room rack units. These are extremely efficient and do not require raised floors or any other special data center setup. They can even be purchased in ready made sets.

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MovinCool.com provide industrial and computer cooling solutions.

Setting up a wireless network

For home and small offices, getting specialist engineers to do a site survey is both expensive and excessive. If you want to follow a similar process as the professionals, follow the four-step process below to assess, test and adjust your wireless network for optimum performance:

Investigate

In this step determine the type of connection you have, if can you use third party routers, and if you can move the location of the router. Also, note if it’s possible to run a cable from the router to any other equipment, if not wireless extenders are the only option. Make a note of the requirements, such as the number of people who will use the network and from where in the building.

Plan

Use a rough floor plan along with the data from step one to map out where you need to install additional access points. When looking at the radius of the coverage from each router/access point, look at the specifications of the device and assume half that number. That number will account for obstruction and walls on the strength of the signal.

Test

For this step, you will need at least a single access point in addition to the router. Place the access point according to the plan in step two. Test the speed from each location against a baseline from the router or close to it.

Adjust

Based on the results from Step three, move the access point and router around for the best coverage. Be prepared for some compromises or the need for more access points for certain areas.

How APUs Play a Significant Role in Airport Emissions

APUs are being used in a dysfunctional fashion, and the environment is being ignored.

airport-terminalThe use of Auxiliary Power Units (APU) in airports is becoming excessive, environmentally harming, and costly. Furthermore, the amount of time that the plane’s jet engines are idling is adding more fuel to the fire. The push to replace the use of these APUs for ground power units (GPU) instead could effectively improve a variety of areas.

Breaking Down the Issue with APUs

The APU is designed to perform three essential functions: starting the airplane’s main engines, providing adequate power to the plane when the main engines aren’t running, and providing compressed air to the plane’s air conditioning unit. Now, if you break it down, the ground power and air conditioning unit can be easily replaced by the use of electrical equipment, which in turn will reduce emission levels. Now, this isn’t the only concern that many airports are facing today. There are also numerous issues that revolve around economics, ramp congestion, and fuel savings. There are problems that a ground power unit can fix, if utilized in conjunction with an APU correctly.

Understanding Ground Power Units

These ground power units come in a variety of electrical power levels. For instance, many smaller airports have 28 volt power supplies attached to a cart that drives out to the airplane when it is taxied. However, due to financial constraints, the push to switch to electrical power has left many ground power units operating solely on diesel. This just adds to the environmental issues that airports are currently facing.

Now, let’s move on to the problems created by APUs. The overall issue of emissions at airports are becoming a serious concern all across the country. And, APUs are playing a significant role in adding to this problem. APU usage generates three sources of emission: carbon monoxide, hydrocarbons, and nitrogen oxide. Consider the amount of flights that go on in one day – that’s one huge cluster of gas being pumped out every second. You can see why red flags are being raised all over the place.

The solution itself isn’t an easy one. There are numerous factors and limitations that must be considered. However, with the right push, and funding, there could potentially be a substantial change coming in the future. These current problems can be fixed, and hopefully there will be significant changes with the development of new technologies.


Article by Start Pac. Start Pac can supply you with the highest quality 28 volt battery pack for your aircraft. Trust the specialists at Start Pac and visit them online today.

Basic devices in a computer network

A computer network is made of multiple devices that are connected physically and logically to enable communication between each other and devices outside the network. When designing a network for a workplace or for a home it is important to understand the basics of designing a network and the various components. Here is a basic rundown of the various devices.

Router

This is the device that provides a connection to an external network like the internet. Every home and office with an internet connection will connect their network to a router.

Firewall

This device sits between the router and the rest of the internal network. It provides several levels of protection for the devices and is also used to control access to certain resources. For example, a router could allow certain users to use certain services and bar others from doing so. In addition, some higher-level firewall will detect malware and other problematic traffic and block them.

Switches

Any network that requires access to physical network ports will also need a switch. A switch routes traffic internally between computers and to other devices like the firewall. A gateway is defined on each of the computers (that is usually the firewall) and that is the destination for traffic that is considered to be external to the network.

Access point

Wireless network access has become a necessity in any environment. Some organizations no longer have a physical network and access only using Wi-Fi. Access points are the physical devices that provide that access to the network.

What Makes a Digital Wallet Quality?

A digital wallet is a piece of software that helps users move money using the Internet. Modern digital wallets utilize layers of encryption in order to ensure every transaction is private. This process is called “tokenization”, and it is used to make data anonymous and create a disposable session where the transaction can take place.

All that is useful, but it doesn’t help us understand how to shop for a great digital wallet. What qualities should you look for when you’re deciding where to store your money online? Here are some thoughts on what makes a quality digital wallet.

Basics

Stanford has some helpful ideas on what basics you should be looking for as a consumer. The best digital wallets are extensible, meaning they can handle any of the payment methods you may choose to use at a given moment. Vendors also shouldn’t be able to initiate transactions without your explicit say-so, thus making security extremely important.

Low fees are another great quality to look for, and those are achieved by re-using the same technology. You’ll never get a behind-the-scenes peak at this portion, so shop around for the lowest fees you can find.

And finally, Stanford concludes that digital wallets should be able to run on any device. You shouldn’t need your PC to complete a transaction, especially since smartphone adoption rates are rising.

Other Qualities

Other qualities to look for include discounts and special offers. More digital wallets are working directly with retailers to make sure they offer personalized discounts to customers using these payment methods.

Avoid Scams When You Shop Online

Shopping online is becoming more and more popular, especially with the convenience of smartphones and tablets. When looking for online shopping deals, consumers often turn to less traditional websites that they might not be familiar with because they advertise prices at largely reduced rates when compared to large retailers. This method can be disastrous if you’re not careful.

Avoid scams when shopping online by implementing the following tips:

Only Shop Securely

One of the most important factors to consider when discount shopping is whether or not you’re using a secure website.

Secure websites will always start with “https” instead of just “http”. The additional “s” at the end signifies that the website uses an SSL certificate to ensure that your information is being protected when you shop and when you check out.

Read Reviews of eCommerce Stores First

If you plan on shopping at an eCommerce store that you’ve never heard of before, try to locate customer reviews first. They’ll tell you whether or not the website is a scam, how good the customer service is, and what type of quality you can expect from the products.

Online stores that have mostly negative reviews should be avoided at all costs.

Stay Clear of Rock Bottom Deal Websites

It might be tempting to buy a purse for $50 from a discount website that normally costs $1,000, but in most cases, you’ll either be buying a fake or you won’t receive anything at all.

Deals that sound too good to be true probably are!

 

 

The Underlying Reason Why Medical Device Coatings Are Needed Today

Medical device coatings are a huge step in today’s advancing field of medicine.

In the world of medicine, catheters and other invasive devices have become the focal point for experimentation. It’s an exciting prospect as device developers and manufacturers incorporate new coating technologies that are improving the way that these devices function within the body. In order to create a safe product, there must be substantial research performed beforehand to ensure that it offers a solution to the patient. Here is a brief rundown on why medical device coatings are created and why they’re utilized in today’s field of medicine.

Why is There a Need for Medical Coatings?

Medical devices are coated through thin film evaporation for many reasons. One of the most common is to provide the device with more properties beyond what its base substrate offers. This can include anything from an easy glide into the body, to attaching drugs or biologically active compounds onto the device itself. This can provide substantial benefits to the human body such as lowering the risk of infection post-insertion, reducing blood clots, and countering the body’s rejection of the invasive device. The human body is naturally designed to reject foreign objects. And, for example, when a catheter is inserted, clots can form and create significant health issues for the patient if left untreated.

To sum it up, medical devices are coated with numerous compounds for health benefits and to provide additional resources for specialists to counter the weight of contraindications. Whether the device is coated or not, depends on the characteristics of the coating, as well as the reason for applying it.


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