Industrial Research World

  The amount of water vapor present in the air is  humidity  and it can be calculated as absolute humidity and relative humidity. The relative humidity plays a crucial role in medical and industrial environments. Beyond threshold levels, an elevated value of humidity can lead to errors in weather prediction systems and malfunctioning of control systems. So, as a safety and security factor, measuring the values of humidity is important. The humidity values and air temperature can be measured with the help of humidity sensors. What is a Humidity Sensor? Humidity sensor can be defined as a low cost-sensitive electronic device that is used in measuring the humidity of the air. Humidity sensors are also known as  hygrometers . The ways in which humidity can be measured include specific humidity, absolute humidity, and relative humidity. The two major types of humidity sensors are classified as absolute humidity Sensor and relative humidity Sensor. Based on factors used to measure humidity,

  The year 2022 welcomed the roll out of 5G networks in most cities and first initiated by telecom operators like Jio, Airtel, and Vi. Unlike other cellular networks like 3G and 4G, 5G demands new levels of flexibility in scaling, architecting, and successfully deploying telecom networks. Cloud technology offers great possibilities to accompany the existing technologies in the RAN domain. C-RAN, or cloud-radio access network, is the optimal solution that integrate RAN functions onto a common compute platform instead of a separate purpose-built hardware platform. In simpler words, C-RAN, also known as centralized RAN, is a suitable architecture for telecom networks that support 3G, 4G, 5G, as well as future wireless communication channels. As per a comprehensive report published by Research Dive, the  global C-RAN market  is anticipated to garner a revenue of $1,610.9 million and grow at a substantial CAGR of 10.4% in the 2019-2026 forecast timeframe. Considering this impressive growth

  Beacon is a smart technology which can be compared to a lighthouse. It is a small radio transmitter functioned by Bluetooth. Like the lighthouse, a beacon repetitively transmits a single signal that is visible to other devices. A radio signal that is made up of an amalgamation of numbers and letters, transmits on a regular pause of approximately 1/10th of a second, instead of visible lights. Once it comes within range, devices such as Bluetooth-equipped smartphones can detect a blinking beacon. To quote  Hubspot , Beacon technology, first introduced by Apple in 2013, are small Bluetooth devices that can send alerts to smartphones based on location proximity. The most popular configurations of Beacon technology are the iBeacons and Eddystone beacons. iBeacon was created by Apple while Eddystone was built by Google.  The main differentiator of both types of the  Beacon technology  is the Unique IDs that are transmitted and the way their security features function. iBeacon’s Unique ID h

  Machine vision is hugely impacting all the industrial and manufacturing sectors. Machine vision is now finding its way into environments like roadways, airports, and farms. The latest trends in vision lens, image processing, and image sensors are shaping up to be the most significant trends in machine vision in the upcoming years. The role played by each trend is helping n the constantly evolving the machine vision technology. Machine vision is an instrumental technology in many production environments which is advancing and has wide-reaching consequences. To help you stay on top of the rapid pace of change, here are four prominent machine vision trends: 1.    The Growth of Computational Imaging (CI) CI is the capture and processing of images in a way that combines computation and optical encoding. It provides greater accuracy, productivity, and reliability as it significantly develops the existing capabilities of industrial machine vision systems. Thus, with CI advancing, it has bec

  The lifeblood of motors and machines is gasoline and lubricating oils. As fuel oil and lubricants have a direct impact on engine output and equipment, as well as on productivity and operating costs, their condition should be controlled nearly and consistently to protect their investments. Monitoring the oil quality, and examination of oil equipment helps protect assets, increase uptime, improve productivity, and save money. The rapid and accurate decision-making on site is necessary for efficient maintenance and protection of sensitive machinery from damage. The effect of successful troubleshoots can be equal to millions of euro savings, but only if problems can be found in time and preventive measures are successful. Although temperature, pressure, and vibration sensors may have a role to play in the monitoring of oil conditions and oil tests in machinery, early detection of oil and lubricant changes offers greater insight into the actual terms of critical equipment and machinery. G

  It was the beginning of the 20 th  century when the aviation industry took its flight. As the love for urban lifestyle grew, problems of heavy traffic emerged. Enthusiasts began fantasizing about flying cars which safe and affordable. Many creators came forward to make that dream a reality. Who wouldn’t love the idea of an affordable air trip to and from the work! Aircraft innovator Glenn Curtis and automobile tycoon Henry Ford came up with prototypes of flying cars in those early years. However, it was too soon to welcome such an idea to the real life. Then came the famous American sitcom The Jetsons. The Jetsons are from the year 2062 which is 100 years in the future at the time of the show’s debut.  The show portrays a futuristic utopia  of holograms, whimsical inventions, and intricate robotic machines. The show introduced the idea of flying car to gullible young Baby Boomers and designer Paul Moller who constructed numerous prototypes fueled by liquid for his SkyCar. Download an

  Struggling to manage the data in your organization? The integration and management of data is a major issue faced by almost every organization. Here the data may be everything and anything from the currency that drives business to the data related to employees, products, and business processes.  Data ecosystems are a great weapon for business leaders when it comes to gain a competitive edge over others, but research says that majority of the leaders do not have their data sets organized. As per  Experian’s 2018 Global Data Benchmark Report , the companies in the U.S. consider around 33% of their prospect and customer data to be inaccurate in some or the other way. Whereas, a  UK article  reveals that around 85% of organizations are working on records that have nearly 10% to 40% inaccurate information. When the quality of the data is not up to the mark it disturbs everything from the productivity of employees to analytics and business intelligence, and results in wastage of time due t