Test: Overview of Future Technology - 1 - SSC CGL MCQ

The primary purpose of the Internet of Things (IoT) is to allow for remote control of physical objects via existing network infrastructure. This technology aims to extend Internet connectivity to simpler devices, enabling data exchange and control over various objects in the physical world.

In big data analytics, the characteristic of velocity refers to the speed at which data is generated in real-time, including the rate of change and the linking of incoming data sets at varying speeds. This aspect is crucial for processing and analyzing data efficiently to derive meaningful insights.

One key advantage of IoT technology is improved customer engagement. By enhancing customer experience through problem detection and process improvement, IoT systems contribute to increased customer satisfaction and interaction with various products and services.

Big data analytics benefits organizations by collecting, organizing, and analyzing large data sets to identify patterns and useful information. Through this process, businesses can gain valuable insights, make informed decisions, and optimize their operations based on the extracted knowledge.

A significant disadvantage of IoT systems is security vulnerabilities. These interconnected systems can be targets for various network attacks due to their communication over networks and the potential lack of robust security measures, raising concerns about data privacy and system integrity.

Virtual Reality (VR) significantly supports healthcare by assisting healthcare professionals in preparing for real-world procedures. This technology enables medical practitioners to simulate surgeries and other complex procedures in a controlled virtual environment, enhancing their skills and preparedness for actual operations. This immersive training contributes to improved patient outcomes and healthcare quality.

Virtual Reality (VR) enriches the educational sector by facilitating interactive learning experiences for students. Through VR technology, educators can create immersive 3D environments where large groups of students can engage with educational content in a more engaging and interactive manner. This fosters better retention of information and deeper understanding of complex concepts among learners.

Virtual Reality (VR) elevates experiences in the entertainment industry by offering immersive 3D films and enhancing emotional connections with audiences. Through VR technology, filmmakers can create captivating and interactive cinematic experiences that transport viewers into virtual worlds, providing a new level of engagement and immersion in storytelling.

Virtual Reality (VR) is utilized in the business sector to facilitate employee training, conduct virtual business tours, and provide new employees with a comprehensive 360° view of products and services. By leveraging VR technology, businesses can create immersive and interactive experiences that enhance training efficiency, improve product understanding, and engage customers in innovative ways.

Virtual Reality (VR) enriches the field of design by creating artificial environments that users perceive as real, allowing designers to visualize and interact with their creations in a three-dimensional space. This immersive experience enables designers to prototype and test their designs in a virtual environment before actual production, leading to more efficient design processes and innovative solutions.

Weak AI systems are designed to perform specific tasks, such as playing chess or serving as virtual assistants like Amazon's Alexa. These systems are not capable of general human-like intelligence but excel in narrow, well-defined tasks.

Strong AI, also known as Artificial General Intelligence (AGI), is capable of performing tasks that are considered human-like and more complex. This includes activities such as self-driving cars and robots used in hospital operating rooms.

AI has become integral to the gaming industry, leading to significant advancements in game development, player engagement, and overall gaming experience. AI technologies have been used in game design, player behavior prediction, and procedural content generation, enhancing the overall gaming landscape.

Machine learning is utilized in healthcare for faster and more accurate diagnoses. Algorithms can analyze medical data to identify patterns and make predictions, aiding healthcare professionals in diagnosing diseases and recommending appropriate treatments.

Self-driving cars have the capability to understand their environment using sensors and make decisions based on the data gathered. This includes identifying obstacles, recognizing road signs, and navigating traffic conditions autonomously, ensuring safe and efficient travel.