Technology underpins a better government
Ultimately, the role of AI is to transform the relationship between people and machines, improving how we live and work as individuals and a society. “Just as the introduction of computer technology in the past has helped government employees work better, smarter and faster, AI offers those employees new tools to help them make decisions more efficiently and effectively,” said Biniam Gebre, managing director of management consulting for Accenture Federal Services. We’ll use AI to reinvent processes and remove not only time and distance constraints but also human limitations. AI processes will improve themselves as they work, combining data in fresh ways to unlock new ideas. AI technology is less of a tool and more of a partner, a smart, fast and indefatigable helper that makes it possible for everyone to do better and more meaningful work.
Amazing types of AI
Below are terms that are key to understanding how a collection of technologies can work together to enable human-like behavior:
Virtual Agents: Interactive characters that exhibit human-like qualities and communicate naturally with humans to answer questions and perform business processes
Machine Learning: Self-tuning applications that can:
• Learn to reconfigure or adapt to new or changing inputs
• Analyze data and uncover patterns
• Identify outliers within data by searching for items outside clusters
• Predict a user’s rating or preference for a given item
Semantic Technologies: Software that encodes the meaning separately from the data in order to enable machines and people to understand what’s happening at execution time
Video Analytics: Software that applies computer vision techniques on videos to detect events and patterns
Biometric Identification: Systems that verify a user’s identity by extracting and comparing his or her unique biological characteristics or traits to those registered in the system
Augmented Reality: Systems that use computer-generated sensory input, such as sound, video or location data to augment or supplement live images of a real-world environment
Affective Computing: Technologies that detect the emotional state of a user and respond accordingly
Robotic Process Automation: Systems that use software to mimic the work a user performs on a computer to automate tasks that are highly repetitive, are based on unchanging rules and use structured data as inputs
Intelligent Automation: Systems that automate complex physical world tasks, can learn by experience and improve through repetition