Plugins and CSS User browser

Ads are a user’s worst enemy. I can’t say how many times I have left a website, which I found interesting, just because the ads on the site were out of control. I’m sure everyone in the world can name at least one website they left because of the ads.

I understand the need for income, but at what point does it really start to remove revenue? If you are rejecting users because of their ads, isn’t that affecting your web site footprint? Anyway, that’s not what we’re going to focus on in this article. We will focus on how to combat websites that are too enthusiastic in their ads.

Adblock. Add is a plugin that is available for modern browsers that does exactly what your name suggests: it blocks ads. The one I use in my Google Chrome is called “block “, but there are other calls “block plus ” and the like.

These add-ons read the HTML and/or JavaScript code of the page, and block the ads so they don’t insert into the page, which is pretty good. The result of this is a cleaner user interface without the ad clutter. The downside is that the website will lose revenue and may not like it blocking the ads. In short, having an ad blocker is almost an obligation today to keep overlays and pop-up ads under control. But, believe me, some of them still happen. Those who do, most add-ons offer a “block this ad” option where you tell the add-on where the ad is, and it stands up!

Do you remember that part about the website that doesn’t like blocking ads? Yes, some sites are blocking the user completely if they can’t do anything with them (looking at you theChive). That’s when another plugin is useful: User CSS.

This add-on, and those you like, allow you to insert CSS on the website to suit your personal tastes. If you don’t know, CSS is a language that adds style to a website; Without it, you’d be looking at a lot of black text, like a book. CSS controls for positioning, color, backgrounds, image sizes, etc.

Disabling sites that do not allow you to navigate with a block of ads is quite simple. If you right-click whatever you are blocking in your path, usually a pop-up window, then you can “inspect” it. Once you see the item, you can easily point it with CSS and tell it to show “None “, meaning “Get out of Here! “.

If you’re not familiar with CSS or browser inspection tools, a quick Google will put you up, it’s very easy.

Of course, if you go to a site that you love and trust, I would suggest buying your subscription program or disabling your ad blocker, just to show your support.

Otherwise, block my friends! Don’t let a website push you for money. Counterattack

6 Benefits of the Agile model in Software development

Today, software manufacturers are using agile models to create new software for maximum customer satisfaction. This is because agile models involve customers at every step of software manufacturing and changes are made at each stage according to their needs. A result is a software that satisfies customers in all respects. The following are the 6 main benefits of using agile models when creating software:

1 Quality Software
The first and most impressive benefit of using agile models is improving the quality of the software. This is because the client’s tests are involved at each stage and the necessary changes are implemented instantaneously. The end result is the high-quality software with respect to the user’s perspective.

2-Greater flexibility
A high degree of flexibility is the key to the success of the agile model. Allows the customer and the vendor to make changes at any stage to obtain the desired results. The software that is manufactured through this model always has space for additional upgrades, making it an ideal tool for software development.

Quick Decision Making 3
The rapid decision-making has always been the success of the companies. The agile methodology is very useful to make quick decisions because the developers work together with the customers. The decision on any change in the software according to the requirement of the client is taken instantaneously. This saves a lot of time for both the developers and the customer.

Transparency is another key benefit of the agile model because coherent meetings are held between the manufacturing team and the customer. The client is kept informed about the advances in the development of the software.

5-Nice working condition
Collaboration between customers and the software manufacturing team creates a pleasant working condition. The quality of the product increases with less consumption time. In simple words, we can say that collaboration between customers and suppliers results in more work than their isolated work. Productivity always increases in ideal working conditions and this is in an agile way.

6-Minimum risk of failure
Agile use also minimizes the risks of software failure. This is because working on small projects helps to identify problems fairly easily than to work on a large project. Customer feedback receives special attention in this methodology.

In conclusion, we can say that the use of the Agile method has become the need of the day to develop client-oriented software. Agile use provides a competitive advantage for the software vendor and the customer.

Understanding endoscopy before a health care software produces results

Even a person who has never been in a hospital will know that an endoscope software is needed to find out the results of an endoscopy. But not everyone is aware of exactly what the procedure is. Here, we discuss the treatment method in detail.

Understanding Endoscopy
Any procedure that uses a small camera connected to a flexible tube to observe the inside of a person’s body is called endoscopy. The device is called an endoscope, and has a light and an eyepiece glued to each end. The camera and light allow you to see images of the thin organs of the body on a screen. Sometimes the endoscope also has paraphernalia that allows the collection of tissue or fluid samples. These are used for lab tests.
Like any other physical control or procedure, the level of risk is minimal in endoscopy. There is a very slight possibility that the practice may cause injury in another part of the body by puncturing something. If you have any questions, it is recommended to consult your doctor before opting for it.

The actual process
The reason endoscopy is such a convincing tool in medical care is that it allows you to take a look at the narrow, tubular structures found in a body. To carry out the process, the patient is dressed in a hospital gown and placed on a table. The respiratory rate, pulse, and blood pressure of the individual are verified. It is also monitored for the duration of endoscopy. The person is given a sedative or painkiller and then the tube is inserted into the right part of the body.
After the test has been done, the patient may get dressed and retire if there was no sedation involved: all restrictions that were applied to the diet prior to endoscopy are eliminated.

Different types of endoscopy

Depending on the region examined by the physician, endoscopy is given a particular term. Each type also uses a diverse variety of endoscope that takes its name from the procedure. Some common categories are:
Upper Endoscopy: When the upper section of the small intestine, stomach, and esophagus are examined with a superior endoscope. The time required for this is 20 to 30 minutes. Anyone who is tested should refrain from drinking and eating for at least 6 to 8 hours before the test.
Bronchoscopy: When an evaluation of large airways, also known as Bronchi, is performed inside the lungs with a bronchoscopy. The whole procedure can be completed in 30 minutes. There are restrictions related to food and beverages that should be followed along with some precautions related to teeth and mouth.
Sigmoidoscopy and colonoscopy: When investigating the different parts of the lower digestive tract using a scope and a colonoscope. While sigmoidoscopy can take only 10-15 minutes, colonoscopy can last from 30 to 45 minutes. An enema is given to the patient in charge of sigmoidoscopy, i.e. the examination of the rectum and the inferior colon. But colonoscopy only requires complete cleaning of the bowls with diet modifications and laxatives.
In addition to the four types of endoscopies explained above, there are some others. These are used to see and examine the abdomen and joints. They are carried out creating a small incision through which the camera can enter. Each type of procedure comes with its own level of pain and discomfort. In general, with the exception of sigmoidoscopy, all other techniques require sedation. Sigmoidoscopy can be done safely with only pain medication.
Endoscopy fields
In health care, Endoscopy has become a standard method of evaluation. Some of the sectors in which it works are:
Symptom diagnosis: endoscopies such as colonoscopy give physicians the freedom to detect irregularities that cause adverse symptoms. A direct view of the organs or images of anomalies may help to find out why rectal bleeding occurs. If the endoscope is connected to an ultrasound, it can be used to take pictures of the surrounding organs.
Disposal of foreign bodies: when using the camera in the tube, physicians can identify the presence of a foreign body. Foreign bodies, which may be present in the gastrointestinal tract or lungs, can be safely removed.

The bright future of medical care due to medical imaging software

Computer Solutions for health care have revolutionized modern medical care. Take, for example, medical imaging: Every year, millions of patients undergo ultrasound, MRI, and X-rays in a safe way. These procedures create images that form the fundamental pillar of diagnosis. Doctors use images to make decisions about diseases and illnesses of all kinds.

Brief history and definition of medical images

In basic terms, the medical image is the use of the application of physics and some biochemistry to obtain a visual representation of the anatomy and biology of a living being. It is believed that the first X-ray was taken around 1895. Since then, we have gone from blurry images that can hardly help medical professionals make decisions to be able to calculate the effects of oxygenation in the brain.

At present, the understanding of diseases that wreak havoc on the human body has increased exponentially because the field of medical imaging has become a paradigm shift. But not all technological advances can be translated into daily clinical practices. We take one of those improvements, image analysis technology, and explain how it can be used to get more data from medical images.

What is image analysis technology?

When a computer is used to study a medical image, it is known as image analysis technology. They are popular because a computer system is not impeded by the prejudices of a human being, such as optical illusions and previous experience. When a computer examines an image, it does not see it as a visual component. The image translates to digital information where each pixel of it is equivalent to a biophysical property.

The computer system uses an algorithm or program to find patterns set in the image and then diagnose the condition. The whole procedure is long and not always accurate because the only feature in the picture does not necessarily mean the same disease every time.

A brief guide to Understanding Point-of-sale software for retail chains

Each merchant must follow an Adagio: Keep the customer happy. Previously, it meant storing every product that the consumer might need or want. Today, it is tantamount to considering the customer’s hectic lifestyle and offering fast services. To this end, retailers have started to work on tactics that leave the customer satisfied and satisfied. The most common attempt to achieve this goal is to incorporate management software into your stores or supermarkets. In this article, we explain the what and why of retail management systems.

Understanding Store Management Software

Retail management is the process of increasing sales and therefore customer satisfaction. It is done by better understanding of the product, service and customer. An organizational software for a retail store is a system that ensures that these goals are achieved. The network facilitates purchases, leaves the customer more satisfied and the most profitable product store. This is the central definition of a management system. Our next step is to understand how they benefit a department store chain.

Benefits of retail chain software

The advantages of a point of sale software for stores are countless, but two of them are the most important.

The software ensures that the output is organized. For example, a customer goes to his general store and asks for the X-brand of shampoo. The POS system can be used to check if you have the shampoo in stock, where it is stored and how many of them are in your inventory. Therefore, guiding the customer directly to the shampoo becomes quick and easy. The consumer never has to wait too long in the store or leave without buying anything. This is possible because the software allows the store manager to keep detailed information about each item in stock. You can even group the product according to the type of customer (age and gender) that buys it.
The second gain of a billing and inventory system is the tracking capability. Each time merchandise is added to the store, or an item is purchased, it is logged into the software using a single SKU (stock maintenance Unit). It means that a manager can track regularly:
or all products: how many are in stock and which ones should be reordered?
or store sales

The continuous registration of the goods also avoids theft and robbery.

Knowing what a merchandise management software is and how it can help a retail chain is half the battle. The other half is to identify the precise characteristics that the software should have.

Indispensable features of the retail software that an administrator needs

Fashion retail Software or supermarket system, some essential applications must be included in all of them. These elements keep the business running smoothly and efficiently. Therefore, before investing in POS software for a retail point of sale, check these components:

Payment: A good billing system for any retail store extends the ability to pay in any way. With cash, debit card, credit card, gift vouchers, coupon codes or digital applications, the customer has the convenience of making transactions the way you want. The system not only offers flexibility but also speed. Instead of an employee manually recording the total of the entire cart, the software does so in nanoseconds.
Inventory: The fundamental part of the management software for retail outlets is to record each sale and purchase of material. It is meant to reduce the time it takes to physically track the products in stock and keep a count of what has been sold and what is not. This is accomplished by scanning the barcodes attached to each SKU or by using RFID. The time released can be used to make the store more productive and fatten the profit margin.
Promotion: Because the software has a history of all the products that buyers buy, it can be used for promotion. Goods that are sold faster can be further promoted, while products on store shelves can be discounted to increase sales. The information that the POS system extends can necessarily be applied to send articles to users.
Loyalty programs: A store’s software is not limited to tracking the purchase history. It also records which buyer bought what item and how many times. It can show you which customers are regular customers. Information can be applied to create loyalty programs that reward frequent shoppers. Also Ay

Lounge Software to keep a salon organized

Now that the beneficial aspects of a bakery management system are evident, the next part of the article analyses another high-level sector: the halls. Beauty Salons can transform their daily operations into more efficient counterparts using the POS software. Some areas where the system can help are:

Times that require a greater presence of employees.
Times when fewer hands can handle customers
Free slots that can be completed by visiting without a previous appointment.
Some features of salon billing systems that create a positive impact on your business are:
Alerts to customers: Salon systems allow integration to devices that can send an email or SMS to their users to remind them of appointments. This feature ensures that the no-show number decreases and therefore the business suffers a lesser loss. In addition, when customers receive an alert of the exact time they need to be present, less time is lost as people become more punctual.
Better communication and relationship: Scheduling appointments is the main advantage of the Salon POS software. The system can be tailored to include as many customers as you want without a single error. It has the ability to track hundreds of customers. Ensures that no incidents occur such as missed appointments or overlapping appointments. The best communication between the client and the staff presents a more professional image and makes the spa extremely productive
The To carry
There are two learnings that can be removed. The first is that bakeries have to tempt customers with fresh produce to keep up with the competition. Therefore, the installation of a bakery management tool is essential. It can be used for data collection and waste control analysis. The second is that spas require an easy-to-use technology that has no margin for error. The POS systems, therefore, become essential to enjoy a lasting partnership with customers.

Any retail store software that entrepreneurs may be looking for is available at Wondersoft. That’s why we are one of the most popular POS software providers in India. However, for bakeries, cafes and confectioneries, we offer a personalized solution that even allows the management of the kitchen Order ticket (KOT). We also serve lounges and spas with our WhoIsIn product. The software allows for accurate labor management by monitoring staff hours and classroom productivity. From the mobile application solution that gives you the freedom to move around your workshop and communicate with your customers to inform them that they offer detailed profit and loss statistics, we have a software that fits your retail store.

10 Web development Blogs worth taking a look

If you are new to the world of web development, you may want to review your fundamentals. One of the best ways to improve your development skills is to learn from the experts who provide a solid education through blogs, videos and other resources. If you are new or already an expert, and plan to expand your horizon, do not miss this list of 10 web development blogs that are worth consulting.

Why read Web development blogs?

Before you jump to the list, here are some reasons why you should follow these experts. New technologies, libraries and techniques will be added constantly and if you want to be at the top of your game, you should be up to date with everything new. Sometimes the new information is a little hard to understand, so you can increase your knowledge by listening to some podcasts or watching interviews with key people who are introducing new technologies and concepts. Whether it’s a community, a group or Web development conferences, these 10 blogs will make sure you’re ready for the immediate future.

The best web development blogs.

This list was generated after we spoke with our internal programmers to get an idea of what they are referring to. We don’t want to choose favorites, but the names on the list were often shared among our co-workers. You can choose the Web site to follow according to what you are looking for:

1. Codrops

Codrops focuses on user interface design and page animations for image format and JavaScript. For those of you who are venturing into CSS, there is an interesting virtual gaming field for you to experience, tutorials, blueprints and your curated news resource Collective, which presents the latest news and resources from the industry.

2. HTML5 Doctor

HTML5 Doctor is the best library for HTML and HTML5 related to academic material. The website also has a useful element index that is interactive and allows you to experiment.

3. CSS-Tricks

CSS-Tricks has many resources, such as videos, blog articles, reusable code and more. Learn how to approach Web performance, CSS, HTML, JavaScript, and use your Almanac to teach yourself the CSS properties and selector-specific details.

4. CSS Weekly

CSS Weekly adds a wealth of information and resources related to CSS, HTML and SCSS. You can subscribe to a weekly email to receive updates on the latest trends, and you are also encouraged to share your own ideas and contribute to the community.

5. A separate list

A List Apart excels in the aspects of UX and brand of a company. Its design-oriented content is ideal for projects that will eventually scale. They touch the philosophy of design and development and therefore a unique blog on this list.

6. Superhero. js

Superhero. JS is the perfect place to study JavaScript and everything that makes it work. Not only is it an excellent resource to learn the language, it is also excellent for experts who are familiar with everything related to Java and want to address more difficult issues such as front-end security or even ECMAScript standards.

7. Tutorialzine

Tutorialzine is your blog for libraries, templates and tutorials. They cover many popular topics such as HTML5, CSS, jQuery, JavaScript and PHP. Each theme is dotted with detailed articles, which is ideal for the next programmer.


WDRL is another web development blog that will send you emails with the latest news from the industry. They cover topics such as web design, security, popular tools, workflows and more.

9. CodePen

CodePen is a great place to get test ideas. We recommend it if you trust the pens and need to keep up to date on the features.

10. GitHub

The GitHub Blog is amazing, even if you’re not using GitHub for version control. The large number of shared ideas among the collaborators is so vast, that you will surely learn something from the articles published here.

Pushing the limits of medical imaging software for a better future

The world as we know it is being transformed at the speed of lightning. Technology makes our lives more comfortable and accessible. Innovation in a field is really affecting a change in health care. Thanks to engineering inventions in radiology, the future of medical imaging is brighter. Here, three critical sectors are discussed that have been revolutionized:

Improving the processing speed of image diagnostics.
Getting images anywhere and at the right time
Creating better images with 3D
The three aspects are making the diagnosis more accurate, convenient, cheaper and faster. Developments are considered similar to how health care management systems changed the lives of hospitals and clinics. So, without further ado, we are going to immerse ourselves in innovations.
Processing speed
Researchers and companies have been continually working on procedures that make the processing speed of diagnostic images faster. The rhythm is fundamental to generate high quality images. To better understand the concept, think of game software. If you load on a system that has higher power and higher processing speed, the game experience is better for the individual. Imaging programs are similar; A faster processing unit can rebuild images in a few minutes.
The latest technology in the field is known as a graphical processing unit (GPU). These are superior CPU models that can perform the same functions using algorithms but in less than half the time. While a CPU may take almost half an hour to build a medical image, a GPU can process it in just 6 minutes. The higher speed not only ensures that the photos are better, but also offers a clear advantage: it increases the speed with which the work is performed. The performance of a medical imaging center improves and therefore the return on investment is greater.
In the right place
An excellent endoscopic imaging software that works at the speed of light to provide the best images is not practical if you can’t use it at the right time. Therefore, the second invention that is altering the very firmament of radiology is image solutions at the point of care. Such technology is extremely practical when patients cannot be transported from one place to another due to high risk. For example, a patient is in the critical Neuroscience Care unit. It cannot be taken to a computerized tomography unit without the possibility of a complication occurring.
Now, what would happen if a superior-quality imaging device could be incorporated into the intensive unit? Wouldn’t that be more useful? This is what medical imaging technology does at the points of care. It allows capturing images in the right place and just when the doctors need it. Surgeons can also use it by including the device in an operating room. These machines can be used in conjunction with traditional radiology systems and departments to make critical care better, efficient, and cost-effective.
Small medical imaging systems can be used even in small and small hospital rooms to provide better patient care and experience. The comfort of the patient becomes a priority with such innovations.

3D parameters
Anyone who has experienced 3D in any field of life knows that it is a noticeable improvement in 2D. The medical image is no different. The use of 3D technologies (and in the future 4D) has drastically altered the images and therefore the diagnosis. A simple example of how the application of 3D images improves medical care is the difference that is seen in soft tissues. When compared to conventional TC images, soft tissue has a higher contrast in 3D images. In addition, metal artifacts that may be inside a body have less visibility.
Another marked improvement on the 2D image is seen in orthopedics. Using 3D solutions, sports medicine professionals can capture weight-bearing images. Such images are vital to the analysis. When combined with point-of-care technology, photographs can be taken on-site to improve the attention given to the athlete. Two more developments that are being investigated in this field are:

Correction of the movement performed by the patient.
Create 3D images of any area of the body and not limited to the extremities.
A brighter horizon
While these three pioneering concepts will certainly modify the thread of medical imaging, there are more developments that are taking place. Scientists and engineers are working to introduce 3D model physicians and surgeons. Instead of using 3D images to evaluate the anatomy and its conditions, you can touch and feel 3D visualizations. Imagine the benefits; A surgeon may have to play a replica of an organ before performing an operation on it.

The real goal for the horizon is to reach the next dimension, ie 4d. The incorporation of a new dimension to the images, like Matrix technology, is the milestone that health care companies have established. The horizon definitely shines in the world of medical imaging. The domain’s perspectives will be completely different in a few years.

Using automatic learning to advance image analysis

A unique strategy to solve this medical image-related problem is automatic learning. Automatic learning is a type of artificial intelligence that gives a computer the ability to learn from the data provided without being openly programmed. In other words: a machine is given different types of X-rays and MRI

Find the right patterns in them.
Then learn to notice those that are medically important.
The more data you provide the computer, the better your automatic learning algorithm is. Fortunately, in the health world there is no shortage of medical images. Its use can allow to put in the analysis of the image of the application to a general level. To better understand how automatic learning and image analysis are going to transform health care practices, let’s take a look at two examples.
Example 1:
Imagine that an individual goes to a trained radiologist with his medical images. That radiologist has never found a rare disease that the individual has. The chances of doctors diagnosing it correctly are minimal. Now, if the radiologist had access to automatic learning, the rare condition could easily be identified. The reason for this is that the image analysis algorithm could connect to images from around the world and then develop a program that detects the condition.
Example 2:
Another real-life application of AI-based image analysis is the measurement of the effect of chemotherapy. At this time, a medical professional has to compare the images of one patient with those of others to find out if the therapy has given positive results. This is a time consuming process. On the other hand, automatic learning can indicate in a matter of seconds if the treatment of cancer has been effective when calculating the size of the cancerous lesions. You can also compare patterns within them with those of a baseline and then provide results.
The day that medical imaging technology is as typical as Amazon that recommends what item to buy next based on your shopping history is not far. Their benefits not only save lives, they are also extremely economical. With the data of each patient that we add to the image analysis programs, the algorithm becomes faster and more accurate.

Not everything is attractive

It cannot be denied that the benefits of automatic learning in image analysis are numerous, but there are also some difficulties. Some obstacles that must be crossed before you can see widespread use are:

Employers who see a computer may not be understood by humans.
The process of selecting algorithms is at an incipient stage. It is still not clear what should be considered essential and what is not.
How safe is it to use a machine to diagnose?
Is it ethical to use automatic learning and there are legal ramifications of this?
What happens if the algorithm loses a tumor or incorrectly identifies a condition? Who do you think is responsible for the error?
Is it the duty of the physician to inform the patient of all abnormalities that the algorithm identified, even if no treatment is required for them?
You need to find a solution to all these questions before you can appropriate the technology in real life.