6 Enticing Ways You Can Improve Your Technology Skills

Technology is always changing and so you have to keep up with it. In this article I suggest six effective ways you can improve your technology skills. Read on to find out.

Here they are:

1) Improve your typing speed

Time yourself initially and see how many words you can type per minute. By and by try to type more per minute. Practice a little every day and you will get better and better at it.

2) Teach yourself how to pick up good stuff from the internet

When you come across something that interests you over the web, use your rational logic and ask yourself, “Is this going to help or hurt me?” Make a choice and carry it out. In this way extract always the good stuff and filter out the bad from the web.

3) Don’t always rely on the tech guy

Things like formatting your computer can easily be done by you instead of always calling in the tech guy. Learn and relearn and you will find yourself to be an expert at it.

4) Learn new programming skills

What programming skills do you currently possess? What is new out there? Research and find out. Go through the modern languages which you do not know yet and improve your programming skills. The more you keep them in practice, the better you get at them. Try to code every day for one hour or so and maintain it. It will add to your expertise.

5) Get more acquainted with Microsoft Office and Adobe products

For instance, getting familiar with new features of Word, Excel, Adobe Photoshop and Acrobat Reader/PDF Writer will allow you to soar high. The more you know about them, the more skilled you get, which might be beneficial for your digital tasks at home or office.

6) Strike a conversation with a professional expert on technology

Make friendship and converse with a professional expert on Technology at your office or somewhere else and keep yourself updated about the technological stuff he knows, does and teaches his team of people. You may not be able to grasp everything all at once. So meet up frequently, go slow and absorb as much as you can per conversation.

These are some of the six enticing ways you really can upgrade your technology skills and skyrocket to your best advantage. Always remember: Knowledge is power. So make it a point to learn some new digital stuff every single day.

Remarkable Website – How Technology Will Help You Get There

Got a product to distribute or sell? Or want to have a portfolio on your work? Or want to compile some valuable information that would come to others’ use? In all these cases a website would be a good solution. You don’t have to start everything from scratch. Weebly/Wix technology will help you rather easily to reach there. Read on to find out.

Weebly/Wix is free to use and you can have a subdomain of the main domain to publish your site.

It has text boxes and spacers which you can drag and drop.

You can use varying font colors, types and sizes inside these text boxes. You can drag and drop files and image objects from the left column and click on them to upload the required files or images from your PC.

You can use contact forms to embed your email address and on publishing the site, people can message and those messages will land directly in your email account. You can also take advantage of small text boxes and put your own titles on them other than built-in titles such as, “Last Name”

You have the capacity to embed web links inside a group of words. On publishing the site, clicking that group of words will help you to get to the required website.

The website layout can be of varying types for Weebly/Wix technology. For the most convenient sake, I give you an example for that of a writer. The layout can comprise of the following menu bar:

Home Free Resources Books About Blogs Contact

Under Home menu item you should address what the website is about and who it is for.

Under Free Resources, you can have book images and links to free books, courses or any other free material relevant to a writer’s website all via an opt-in page to collect email addresses of those who subscribe to the free resources.

Under Books menu item, you compile your books for sale along with other information such as ISBN, book title, book image, previews, co-authors, if any and access links to the books either in digital or hardcopy form after a specific buyer makes the purchase online. Of course hardcopy ones will be shipped to the given address information.

Under About menu item, you write all your information as an author- your BIO, how many books you have authored and in what category as well as New York Times bestselling books, if any. Explain briefly the layout of the website as well here.

Under Blogs menu item, you can use weebly’s blog option or put links to blogs for example, that of blogspot.com that you maintain separately. In these blogs you can discuss press releases and short descriptions of your books, publicizing them.

Lastly, Contact menu item can come in the main menu bar. It should be a form asking for the interested party’s first name, last name, email and comments. On clicking submit button of the contact form, their information should reach straight to your email account that you embedded in previously as I explained before.

These are some of the ways you can create a beautiful website with Weebly/Wix technology for free. You can add a template cover for your site at the start and you have the option of changing it.

With all the above in place, it’s time to publish your website. You will be asked for a subdomain. For instance, if author Smith wants to publish this site, he can use smith-author.weebly.com (a fictitious one; just for the purpose of an example) if it is available otherwise he may need to modify it a little to get an available one.

This is exactly how modern technology will enable you to create a remarkable website without starting from scratch. You also have the option to purchase a main domain so that Weebly or Wix wouldn’t appear in the URL.

But you will have to be careful of the instructions for instance, you may have to renew the site after every two or five years with necessary payments.

So I recommend you use it for free as a subdomain and enjoy coming back to your site at the backend to edit and add more juicy material and click publish!

Improvements In Machine Vision Enhance Border Surveillance

Tactical infrastructure such as fencing, roads, and lighting is critical to securing a nation’s border. But it alone is not enough to prevent the unlawful movement of people and contraband into a country.

“Technology is the primary driver of all land, maritime, and air domain awareness – this will become only more apparent as [U.S. Customs and Border Protection (CBP)] faces future threats,” according to testimony from CBP officials at a Senate hearing on homeland security in 2015.

And machine vision’s fingerprints are all over that technology. “The information obtained from fixed and mobile surveillance systems, ground sensors, imaging systems, and other advanced technologies enhances situational awareness and better enables CBP to detect, identify, monitor, and appropriately respond to threats in the nation’s border regions,” the testimony states.

At the U.S.-Mexico border in the state of Arizona, for example, Integrated Fixed Tower (IFT) systems persistently detect and track so-called “items of interest.” Built to withstand its harsh desert surroundings, IFT is equipped with radar, commercial off-the-shelf daylight cameras and thermal imaging sensors, and microwave transmitters that send data to border agents at the Nogales station for analysis and decision-making.

On all three fronts of land, maritime, and aerial surveillance, machine vision companies are providing imaging systems – and, more frequently, analysis of the generated data – that meet government agencies’ objectives of flexibility, cost effectiveness, and easy deployment in border security applications.

Managing Diverse Conditions

The perennial problem with vision systems used in border surveillance applications is managing the diversity of an outdoor environment with its fluctuating lighting and weather conditions, as well as varied terrain. Despite the challenges, “there are places where you can implement controls to improve upon the intelligence of the system,” says Dr. Rex Lee, president and CEO of Pyramid Imaging (Tampa, Florida). He points to customers who monitor trains along the southern border of the U.S. for illegal passengers.

“Those trains have to go under a trellis, which can be equipped with the appropriate sensors and lighting to help inspect the trains,” Dr. Lee says. Government agencies tasked with border security use infrared cameras to detect targets at night and in other low-light conditions, but thermal imaging has its limits, too. “Infrared cameras work really well when you can use them in high-contrast conditions,” Dr. Lee says. “But if you’re trying to pick up a human at 98.6°F on a desert floor that is 100°F, the desert is emitting radiation at nearly the same part of the spectrum. So customers rely on other parts of the spectrum such as shortwave infrared (SWIR) to try to catch the difference.”

Infrared imaging works well in monitoring motorized watercraft since the boat’s engine has a thermal signature. “What’s nice about water is that it’s relatively uniform and it’s easy to ‘wash out’ that background and see anomalies,” Dr. Lee says.

But the problem is that the oceans present a vast amount of area to cover. Says Dr. Lee, “To see all of it is a compromise between having a whole bunch of systems monitoring the water or systems that are high in the sky, in which case you have the problem of seeing something really tiny in a very large overall view.”

CMOS Surpasses CCD

One key change in imaging systems used in border surveillance applications is the shift from CCD to CMOS sensors because the latter is surpassing the quality and performance of the former. To accommodate this change, two years ago Adimec Advanced Image Systems bv (Eindhoven, the Netherlands) integrated the latest generation of CMOS image sensors – which offer significant improvements in image quality and sensitivity – into its TMX series of rugged commercial off-the-shelf cameras for high-end security applications. TMX cameras maintain a maximum frame rate of 60 fps or 30 fps for RGB color images at full HD resolution.

Furthermore, CMOS image sensors are emerging as a replacement for electron-multiplying CCDs (EMCCDs), says Leon van Rooijen, Business Line Director Global Security at Adimec. Thanks to their superior performance over CCDs in low-light conditions, EMCCDs often are deployed in applications like harbor or coastal surveillance.

But EMCCDs have distinct disadvantages. For example, an EMCCD needs to be cooled in order to deliver the best performance. “That is quite some challenge in the sense of integrating power consumption and also the fact that you need to provide high voltage to the sensors,” van Rooijen says. “And if you need to have systems operating for a long duration without maintenance, an EMCCD is not the best solution.”

To solve these challenges, Adimec is working on image processing “to get the most out of the latest generation CMOS to come closer to the performance global security customers are used to with EMCCD without all the downsides of the cost, integration, and reliability,” van Rooijen says.

Adimec also is tackling the challenge of mitigating the turbulence that occurs with border surveillance systems over very long ranges, particularly as systems that were using analog video are now taking steps toward higher resolution imaging to cover the larger areas.

“When imaging at long range, you have atmospheric turbulence by the heat rising from the ground, and on sea level, rising or evaporated water creates problems in terms of the haze,” van Rooijen says. “We will show turbulence mitigation in the low-latency hardware embedded in our platform and will work with system integrators to optimize it for land and sea applications because they have the biggest issues with turbulence.”

More Than Pictures

Like machine vision systems deployed in industrial applications, border security systems generate a lot of data that requires analysis. “The surveillance industry traditionally has been a little slower to incorporate analytics,” says Dr. Lee of Pyramid Imaging. “We see significant opportunity there and have been working with some of our customers so that analytics are more automated in terms of what is being detected and to analyze that intrusion, and then be able to take a proper response.”

Some companies have developed software that identifies anomalies in persistent monitoring. For example, if a passenger at the airport suddenly abandons a suitcase, the software will detect that the object is unattended as everything else around it continues to move.

Even with robust vision-based surveillance capabilities at all points of entry, U.S. border patrol and homeland security have to contend with a much bigger threat. “The United States does a pretty good job checking people coming in, but we do a really poor job knowing if they ever leave,” Dr. Lee says. “We know how to solve that problem using technology, but that creates its own problems.

“The best place to do this is at the x-ray machines in the TSA line, where you can have a mechanism to record everybody,” Dr. Lee continues. “But that is going to be expensive because you have to do this at every airport in the United States. Monitoring and recording slows things down, and TSA is under a lot of pressure to speed things up.” Another surveillance option that government agencies have discussed is taking noncontact fingerprints at TSA every time someone flies. “Much of the American public won’t tolerate that,” Dr. Lee says. “They are going to argue that fingerprinting is too much government oversight, and that will result in a lot of pressure and pushback.”

Still, in polls taken over the past decade, Americans recognize the need to secure ports of entry. Machine vision will continue to provide, and improve upon, that service, thanks to CMOS performance, new techniques to mitigate diverse environmental conditions, and the continued automation of analytics.

Top Logistics Company – New Technological Advancements

Living in a hyper-connected logistics industry, it is hard to ascertain the types of new technological advancements that will take place to reduce the cost and time of big business houses. In this modern era where every role and functions are transferring from humanoids to robots, a third-party logistics company will have to start working on these aspects to gain the productivity.

With the growth in the logistics landscape, there are few technologies that are likely to impact the industry in some way or another. Take a look at the below-mentioned advancements that are likely to star in near future.

More Use of RFID, AIDC, and Internet of Things

(AIDC) Automatic identification and data capture images, sounds or videos to read the items or objects. With this up gradation, it is easy to know real-time location of consignments, estimated time for the delivery or reasons for delayed shipment.

(RFID) Radio- Frequency Identification uses an electromagnetic field to identify or locate the ships with items. This method can easily fetch information or details about each and every transaction.

Internet of Things (IoT) is a network of physical devices that are embedded with sensors which enable easy fetch or exchange of data of devices.

The above advancements will help to reduce the downtime by enhancing the workflow of shipment to meet the customer’s, and provider’s demand.

Acceptance of Bluetooth

With non-data -driven (Without internet packs or data) approach by third-party logistics company it will be easy to identify the real-time information of any transaction or activity taking place.

This technique is not only effective but less laborious as well. It can help to identify the shipments or consignments taking place to meet the requirements of customers duly.

Emergence of the E-Commerce and Omni Channel Solutions

The demand for strong online presence will also grow in this industry. A top logistics company will have to work on more of strategies that can satisfy the consumer online. From Omni- channel the focus will be laid upon the value of product or service not just only on the end products.

Currently, cloud-based platforms are the base for building customer’s interaction with businesses, in future more effective ways will be seen to have a strong connection with the potential users. Thus, businesses are required to focus on their online presence as well to gain the acceptance of the people.

Closing

From RFID enabled technology to growth of Omni channel measures, the improvement and growth will continue to cultivate or change in this industry. A top logistics company will have to focus on these imperative shifts to observe the needs of clients and respond back constructively.