Ict in medicine
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Supercomputers are used in space research to simulate future space shuttle launches, predict how human activity impacts weather, and design safe vehicles for space exploration.
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Robotic Image Capture
An autonomous mobile robot platform has been assembled to automatically capture images from viewpoints spaced a few inches apart throughout an environment. The robot is controlled through a software interface that allows for monitoring image capture progress and interactively controlling the robot's speed, navigation along predetermined pathways, and collision avoidance using sonar. Future work will involve deploying the robot to capture large, real-world environments like the Purdue Union Ballroom through millions of high-resolution images and precisely computing its location using a laser positioning system.
Raja abstract
Space robots, also known as space robotics, are robots that substitute manned activities in space and can perform tasks in hazardous or difficult to reach environments. Space robotics is a branch of technology that developed from an interest in using robots to work in space, where they can conduct experiments and complete jobs in places that are dangerous or impossible for humans. This paper will discuss the applications, testing, structure, and environmental conditions of space robots.
Uses of computer in space
This presentation is an assignment of IT class. In this presentation we are discussing uses of computer in space.
Use Of Computers In Space
Computers play an essential role in nearly all aspects of space exploration, from designing and testing spacecraft to operating equipment inside spacecraft and controlling robotic missions. Computers calculate trajectories, monitor environmental systems, take high-quality photos from space telescopes, store and analyze vast amounts of data, and control robotic rovers on other planets. Advances in computer technology have been crucial to enabling space exploration and will continue to help uncover more secrets of the universe.
Study on Importance of Computer in Space Technology
Introduction of computer.
Introduction of Space Technology.
Relationship Between computer and Space Technology.
Use of computers in Space Technology terms.
Discussing on The Importance of Computer in Space Technology.
Conclusion.
Data analytics space
Space data comes from sensors on satellites and contains unique properties. It requires specialized processing techniques due to its large size. Data analytics and artificial intelligence are increasingly being used to analyze space data and extract useful information. For example, NASA uses AI to optimize data downloading from the Mars Express spacecraft to prevent data loss. In the future, AI may enable more autonomous spacecraft navigation and coordinated control of multiple spacecraft.
SLAM
This document discusses simultaneous localization and mapping (SLAM). SLAM is the problem of constructing or updating a map of an unknown environment while simultaneously keeping track of an agent's location within it. SLAM has applications in indoor, outdoor, air, underwater, underground, and space environments using robots, unmanned vehicles, and more. The document provides examples of SLAM applications and discusses how SLAM involves building a map and localizing a robot simultaneously as a chicken-or-egg problem, as a map is needed for localization and pose estimation is needed for mapping.
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Photogrammetry uses photographs and measurements to create maps. Drones are increasingly used for aerial photogrammetry, as they are cheaper than planes and pose no risk to pilots. The document discusses how photogrammetry works by processing overlapping drone photos with software to generate 3D maps. It has many applications for construction professionals and allows creating detailed models and measurements from images.
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Robotic Image Capture
An autonomous mobile robot platform has been assembled to automatically capture images from viewpoints spaced a few inches apart throughout an environment. The robot is controlled through a software interface that allows for monitoring image capture progress and interactively controlling the robot's speed, navigation along predetermined pathways, and collision avoidance using sonar. Future work will involve deploying the robot to capture large, real-world environments like the Purdue Union Ballroom through millions of high-resolution images and precisely computing its location using a laser positioning system.
Raja abstract
Space robots, also known as space robotics, are robots that substitute manned activities in space and can perform tasks in hazardous or difficult to reach environments. Space robotics is a branch of technology that developed from an interest in using robots to work in space, where they can conduct experiments and complete jobs in places that are dangerous or impossible for humans. This paper will discuss the applications, testing, structure, and environmental conditions of space robots.
Uses of computer in space
This presentation is an assignment of IT class. In this presentation we are discussing uses of computer in space.
Use Of Computers In Space
Computers play an essential role in nearly all aspects of space exploration, from designing and testing spacecraft to operating equipment inside spacecraft and controlling robotic missions. Computers calculate trajectories, monitor environmental systems, take high-quality photos from space telescopes, store and analyze vast amounts of data, and control robotic rovers on other planets. Advances in computer technology have been crucial to enabling space exploration and will continue to help uncover more secrets of the universe.
Study on Importance of Computer in Space Technology
Introduction of computer.
Introduction of Space Technology.
Relationship Between computer and Space Technology.
Use of computers in Space Technology terms.
Discussing on The Importance of Computer in Space Technology.
Conclusion.
Data analytics space
Space data comes from sensors on satellites and contains unique properties. It requires specialized processing techniques due to its large size. Data analytics and artificial intelligence are increasingly being used to analyze space data and extract useful information. For example, NASA uses AI to optimize data downloading from the Mars Express spacecraft to prevent data loss. In the future, AI may enable more autonomous spacecraft navigation and coordinated control of multiple spacecraft.
SLAM
This document discusses simultaneous localization and mapping (SLAM). SLAM is the problem of constructing or updating a map of an unknown environment while simultaneously keeping track of an agent's location within it. SLAM has applications in indoor, outdoor, air, underwater, underground, and space environments using robots, unmanned vehicles, and more. The document provides examples of SLAM applications and discusses how SLAM involves building a map and localizing a robot simultaneously as a chicken-or-egg problem, as a map is needed for localization and pose estimation is needed for mapping.
Photogrammetry: Latest Technology to Create Maps Using Drones?
Photogrammetry uses photographs and measurements to create maps. Drones are increasingly used for aerial photogrammetry, as they are cheaper than planes and pose no risk to pilots. The document discusses how photogrammetry works by processing overlapping drone photos with software to generate 3D maps. It has many applications for construction professionals and allows creating detailed models and measurements from images.
Uses of ict in our environment
This document discusses the impacts of information and communication technology (ICT) on society. It outlines several security issues with ICT like hacking, phishing, pharming and spam. It also discusses the effects of ICT on online shopping, e-banking and employees. While ICT provides advantages like convenience and access to opportunities, it also enables crimes and poses security risks to users if proper precautions are not taken. The document emphasizes the importance of training and awareness in safely using ICT.
ICT Applications for Healthcare
This document discusses a presentation about ICT applications for healthcare given by Dr. Nawanan Theera-Ampornpunt. It provides background on her education and experience in health informatics. The presentation covers why healthcare needs ICT due to issues like errors, fragmentation, and large amounts of information. It defines key terms like health IT, eHealth, and examples of ICT applications like EHRs, telemedicine, and clinical decision support systems. It discusses the need for standards, interoperability, and a vision for connected healthcare information exchange.
Ict in medicine
Computer systems and the internet have greatly improved healthcare in several ways:
1. Electronic medical records allow doctors to access complete patient histories instantly and share information between hospitals. Computerized prescriptions reduce errors.
2. Diagnostic tools like CT scans, MRIs, and ultrasounds can identify medical issues much faster and more accurately than before. Monitoring equipment keeps close tabs on patients' vital signs.
3. Treatments are also enhanced through robotics in surgery, pacemakers, ventilators, and prosthetics that can mimic natural limb movement. Online support groups and research databases help patients.
4. However, self-diagnosis online risks missing issues, and purchasing medications without a prescription
Health Informatics & eHealth: Application of ICT for Health
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The uses of ict in our society
ICT is used in many sectors of society including education, agriculture, medicine, engineering, security, banking, entertainment, and transportation. In education, ICT automates administrative tasks like tracking student records and exam results and aids in classroom instruction. In agriculture, ICT allows for computerized farming equipment and disseminates information via the internet and email. Medicine utilizes technologies like CT scans, ultrasound, and MRI for diagnosis and treatment. Engineering employs ICT for CAD, CAM, and building design. Security uses ICT for criminal databases, anti-virus software, and CCTV surveillance. Entertainment covers video games, music, animation, editing and social media. Banking automates accounting with online and mobile services. Transportation relies on I
Application of ICT for Clinical Care Improvement
The document discusses the application of information and communications technology (ICT) for clinical care improvement. It outlines how healthcare is error-prone due to human fallibility, and how health information technology (IT) such as computerized provider order entry (CPOE) and clinical decision support systems can help reduce errors. The document also explains why access to complete and accurate patient information through electronic health records improves care delivery and coordination across different healthcare providers and settings.
Usage of ict in daily life
This document discusses the usage of information and communication technology (ICT) in daily life. It describes how ICT is used in education, banking, e-commerce, and industry. In education, ICT allows teachers to more easily find teaching materials online and students to research more efficiently. Banking transactions can be done 24/7 online. E-commerce enables faster global trading and electronic distribution. Industry benefits from increased production speeds and profits through computerized systems. Overall, the document outlines the ways ICT has impacted society through faster and cheaper communication, effective information sharing, and a more paperless environment.
Uses of ict in society
This presentation tells you the most important uses of ICT in the society. It specially for the beginners those who like to know about ICT.
Impact of ict on medicine
ICT has had a major impact on many aspects of healthcare including accessibility, costs, and quality of care. eHealth can provide improved access to services especially in remote areas, decrease costs by decentralizing care to lower-level facilities, and improve quality through technologies like telemedicine and remote monitoring of patients. As populations age, eHealth will be increasingly important to cope with rising healthcare needs and costs through home monitoring and telehealth. ICT also enhances medical education and training through e-learning and supports health promotion through online resources.
Usage of ICT in daily life
ICT is used widely in education, banking, industry, e-commerce and other sectors. In education, teachers use computers for lesson preparation and research, while students use them as a reference tool. Banking relies heavily on computer systems to manage transactions and services. Industry uses computers for production planning, supply chain management, and product design. E-commerce allows customers and suppliers to buy and sell online, saving time and costs. Other sectors like healthcare, law enforcement, and transportation also benefit from ICT.
Usage Of Ict In Every Day Life
The document discusses the usage of information and communication technology (ICT) in various sectors of daily life. ICT is used in education for e-learning, finding information online, and library automation. In banking, ICT is used for online banking, ATMs, and transferring money. Industry utilizes ICT through robotics, supercomputers, and quality testing equipment. Commerce employs ICT for e-commerce, online payments, advertising, and stock markets.
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System life cycle c.a.
The document outlines the stages of a system's life cycle including analysis, development, and evaluation. Analysis involves examining documents and collecting information through questionnaires and interviews. Development comes after analysis to create the system. Evaluation assesses the system and provides feedback for further development or documentation.
System life cycle c.a.
The document outlines the stages of a system's life cycle including analysis, development, and evaluation. Analysis involves examining documents and collecting information through questionnaires and interviews. Development comes after analysis to create the system. Evaluation assesses the system and provides feedback for further development or documentation.
Analysis stage definition
System analysis involves examining the existing system in detail by collecting information on how it works, establishing its inputs, outputs, and processing, and recording information about the current system to identify problems and suitable hardware and software for a new system.
Analysis definition
System analysis involves examining the existing system in detail by collecting information on how it works, establishing its inputs, outputs, and processing, and recording information about the current system to identify problems and suitable hardware and software for a new system.
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Biometrics uses unique physical and behavioral attributes to verify identity. Physiological attributes like fingerprints, retina, and iris are used. Behavioral attributes include voice, signature, and keystroke patterns. Biometric systems are used for security in businesses, buildings, and homes by identifying authorized individuals through their unique attributes. They increase security and monitor employee performance and access. Common biometric technologies include fingerprint, face, voice, signature, hand, iris, and keystroke recognition systems.
Monitoring and measurement
This document discusses different types of sensors used in monitoring and data logging systems. It describes sensors that can measure temperature, pressure, humidity, light, sound, and other physical variables. These sensors continuously detect and record data over time, which is then typically converted to digital format and collected by a computer. The collected sensor data has various applications, including weather monitoring, medical monitoring of patients, pollution monitoring, and scientific experiments.
Biometric systems last1
Here are some key biometric applications:
- Access control: Biometrics are widely used to control physical access to buildings, computer networks, and other secured areas. Fingerprint, facial, iris, and hand geometry biometrics are common for access control.
- Border control: Many countries use biometrics like fingerprints in border control systems to identify travelers and check against watchlists. Facial recognition is also increasingly used in airports and at borders.
- Law enforcement: Law enforcement agencies use biometrics for applications like booking and identifying criminals. Fingerprints are a primary biometric used by police departments and the FBI's criminal databases. Facial recognition is also being adopted.
- Benefits verification: Some governments and organizations use biome
Biometric systems last1
Here are some key biometric applications:
- Access control: Biometric systems can be used to control physical access to buildings, computer networks, and other secured areas. Fingerprint, face, iris, and palm vein scans are commonly used.
- Criminal identification: Law enforcement agencies use biometrics like fingerprints to identify criminals. This helps solve crimes and prevent fraud. The FBI maintains the world's largest fingerprint database.
- Border control: Countries use biometrics like fingerprints, iris scans, and facial recognition at borders to identify travelers and check for people trying to use fraudulent documents or enter illegally.
- ATMs and banking: Some banks allow customers to withdraw money from ATMs using fingerprint or facial recognition instead of debit cards for
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Uses of ict in our environment
This document discusses the impacts of information and communication technology (ICT) on society. It outlines several security issues with ICT like hacking, phishing, pharming and spam. It also discusses the effects of ICT on online shopping, e-banking and employees. While ICT provides advantages like convenience and access to opportunities, it also enables crimes and poses security risks to users if proper precautions are not taken. The document emphasizes the importance of training and awareness in safely using ICT.
ICT Applications for Healthcare
This document discusses a presentation about ICT applications for healthcare given by Dr. Nawanan Theera-Ampornpunt. It provides background on her education and experience in health informatics. The presentation covers why healthcare needs ICT due to issues like errors, fragmentation, and large amounts of information. It defines key terms like health IT, eHealth, and examples of ICT applications like EHRs, telemedicine, and clinical decision support systems. It discusses the need for standards, interoperability, and a vision for connected healthcare information exchange.
Ict in medicine
Computer systems and the internet have greatly improved healthcare in several ways:
1. Electronic medical records allow doctors to access complete patient histories instantly and share information between hospitals. Computerized prescriptions reduce errors.
2. Diagnostic tools like CT scans, MRIs, and ultrasounds can identify medical issues much faster and more accurately than before. Monitoring equipment keeps close tabs on patients' vital signs.
3. Treatments are also enhanced through robotics in surgery, pacemakers, ventilators, and prosthetics that can mimic natural limb movement. Online support groups and research databases help patients.
4. However, self-diagnosis online risks missing issues, and purchasing medications without a prescription
Health Informatics & eHealth: Application of ICT for Health
For PHID 682 Integration and Innovation of Public Health class, Mahidol University Faculty of Public Health on November 7, 2014
The uses of ict in our society
ICT is used in many sectors of society including education, agriculture, medicine, engineering, security, banking, entertainment, and transportation. In education, ICT automates administrative tasks like tracking student records and exam results and aids in classroom instruction. In agriculture, ICT allows for computerized farming equipment and disseminates information via the internet and email. Medicine utilizes technologies like CT scans, ultrasound, and MRI for diagnosis and treatment. Engineering employs ICT for CAD, CAM, and building design. Security uses ICT for criminal databases, anti-virus software, and CCTV surveillance. Entertainment covers video games, music, animation, editing and social media. Banking automates accounting with online and mobile services. Transportation relies on I
Application of ICT for Clinical Care Improvement
The document discusses the application of information and communications technology (ICT) for clinical care improvement. It outlines how healthcare is error-prone due to human fallibility, and how health information technology (IT) such as computerized provider order entry (CPOE) and clinical decision support systems can help reduce errors. The document also explains why access to complete and accurate patient information through electronic health records improves care delivery and coordination across different healthcare providers and settings.
Usage of ict in daily life
This document discusses the usage of information and communication technology (ICT) in daily life. It describes how ICT is used in education, banking, e-commerce, and industry. In education, ICT allows teachers to more easily find teaching materials online and students to research more efficiently. Banking transactions can be done 24/7 online. E-commerce enables faster global trading and electronic distribution. Industry benefits from increased production speeds and profits through computerized systems. Overall, the document outlines the ways ICT has impacted society through faster and cheaper communication, effective information sharing, and a more paperless environment.
Uses of ict in society
This presentation tells you the most important uses of ICT in the society. It specially for the beginners those who like to know about ICT.
Impact of ict on medicine
ICT has had a major impact on many aspects of healthcare including accessibility, costs, and quality of care. eHealth can provide improved access to services especially in remote areas, decrease costs by decentralizing care to lower-level facilities, and improve quality through technologies like telemedicine and remote monitoring of patients. As populations age, eHealth will be increasingly important to cope with rising healthcare needs and costs through home monitoring and telehealth. ICT also enhances medical education and training through e-learning and supports health promotion through online resources.
Usage of ICT in daily life
ICT is used widely in education, banking, industry, e-commerce and other sectors. In education, teachers use computers for lesson preparation and research, while students use them as a reference tool. Banking relies heavily on computer systems to manage transactions and services. Industry uses computers for production planning, supply chain management, and product design. E-commerce allows customers and suppliers to buy and sell online, saving time and costs. Other sectors like healthcare, law enforcement, and transportation also benefit from ICT.
Usage Of Ict In Every Day Life
The document discusses the usage of information and communication technology (ICT) in various sectors of daily life. ICT is used in education for e-learning, finding information online, and library automation. In banking, ICT is used for online banking, ATMs, and transferring money. Industry utilizes ICT through robotics, supercomputers, and quality testing equipment. Commerce employs ICT for e-commerce, online payments, advertising, and stock markets.
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Health Informatics & eHealth: Application of ICT for Health
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System life cycle c.a.
The document discusses the stages of a system's life cycle including analysis, development, and maintenance. It suggests systems go through planning, requirements, design, implementation, testing, deployment and maintenance phases in their development and use. The life cycle aims to efficiently develop systems that meet user needs through a structured process of analysis, implementation and support over time.
System life cycle c.a.
The document outlines the stages of a system's life cycle including analysis, development, and evaluation. Analysis involves examining documents and collecting information through questionnaires and interviews. Development comes after analysis to create the system. Evaluation assesses the system and provides feedback for further development or documentation.
System life cycle c.a.
The document outlines the stages of a system's life cycle including analysis, development, and evaluation. Analysis involves examining documents and collecting information through questionnaires and interviews. Development comes after analysis to create the system. Evaluation assesses the system and provides feedback for further development or documentation.
Analysis stage definition
System analysis involves examining the existing system in detail by collecting information on how it works, establishing its inputs, outputs, and processing, and recording information about the current system to identify problems and suitable hardware and software for a new system.
Analysis definition
System analysis involves examining the existing system in detail by collecting information on how it works, establishing its inputs, outputs, and processing, and recording information about the current system to identify problems and suitable hardware and software for a new system.
Sony watch 1
Sony watches are a type of smartwatch that offers smartphone-like functionality through a device worn on the wrist. Key advantages are that Sony watches are connected to phones and waterproof, though they cannot stay under water for more than 30 minutes and have small screens. The document provides an overview of Sony watches, including their definition, advantages and disadvantages, and concludes with a thank you.
Biometric systems quiz materials
Biometrics uses unique physical and behavioral attributes to verify identity. Physiological attributes like fingerprints, retina, and iris are used. Behavioral attributes include voice, signature, and keystroke patterns. Biometric systems are used for security in businesses, buildings, and homes by identifying authorized individuals through their unique attributes. They increase security and monitor employee performance and access. Common biometric technologies include fingerprint, face, voice, signature, hand, iris, and keystroke recognition systems.
Monitoring and measurement
This document discusses different types of sensors used in monitoring and data logging systems. It describes sensors that can measure temperature, pressure, humidity, light, sound, and other physical variables. These sensors continuously detect and record data over time, which is then typically converted to digital format and collected by a computer. The collected sensor data has various applications, including weather monitoring, medical monitoring of patients, pollution monitoring, and scientific experiments.
Biometric systems last1
Here are some key biometric applications:
- Access control: Biometrics are widely used to control physical access to buildings, computer networks, and other secured areas. Fingerprint, facial, iris, and hand geometry biometrics are common for access control.
- Border control: Many countries use biometrics like fingerprints in border control systems to identify travelers and check against watchlists. Facial recognition is also increasingly used in airports and at borders.
- Law enforcement: Law enforcement agencies use biometrics for applications like booking and identifying criminals. Fingerprints are a primary biometric used by police departments and the FBI's criminal databases. Facial recognition is also being adopted.
- Benefits verification: Some governments and organizations use biome
Biometric systems last1
Here are some key biometric applications:
- Access control: Biometric systems can be used to control physical access to buildings, computer networks, and other secured areas. Fingerprint, face, iris, and palm vein scans are commonly used.
- Criminal identification: Law enforcement agencies use biometrics like fingerprints to identify criminals. This helps solve crimes and prevent fraud. The FBI maintains the world's largest fingerprint database.
- Border control: Countries use biometrics like fingerprints, iris scans, and facial recognition at borders to identify travelers and check for people trying to use fraudulent documents or enter illegally.
- ATMs and banking: Some banks allow customers to withdraw money from ATMs using fingerprint or facial recognition instead of debit cards for
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Throughout his career, he has taken on multifaceted roles, from leading technical project management teams to owning solutions that drive operational excellence. His conscientious and proactive approach is unwavering, whether he is working independently or collaboratively within a team. His ability to connect with colleagues on a personal level underscores his commitment to fostering a harmonious and productive workplace environment.
Date: May 29, 2024
Tags: Information Security, ISO/IEC 27001, ISO/IEC 42001, Artificial Intelligence, GDPR
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Your Skill Boost Masterclass: Strategies for Effective Upskilling
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This is part 2 of my Java Learning Journey. This contains Hashing, ArrayList, LinkedList, Date and Time Classes, Calendar Class and more.
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