Joerg Joergensen is a senior finance and operating executive with extensive experience in financial management, strategy development, and driving operational improvements. Before joining Vic.ai as CFO, Joerg operated as a CFO in the advisory practice of a leading on-demand accounting and finance solution for startups and growing businesses, focusing primarily on the technology and services sector. In addition to degrees from the London School of Economics and London Business School, Joerg is a Columbia Business School graduate. Joshua Feinberg is a revenue growth-focused, digital marketing and sales strategist. Before joining the Vic.ai management team in 2018, for the better part of two decades, he consulted with marketing, sales, and channel teams in and around the SaaS, cloud services, managed services, data center, and hosting industries. As the son of a retired CPA and retail controller, Joshua got his first taste of accounting at age 10 when his dad insisted he keep an accounts receivable sub-ledger for his Star Ledger paper route.

Artificial Intelligence and Big Data are reshaping the healthcare industry by providing benefits that are essential and profitable. FREMONT, CA: Artificial intelligence resonates in many industries. However, their impact on healthcare changes a life. AI is bringing about a paradigm-shifting for healthcare with its ability to imitate human cognitive functions. This technology is changing the health sector in many ways.

Will the U.S. Army's future artillery be operated by robot gunners? A new Army research project calls for developing autonomous systems that can perform functions such as loading shells into cannon. It also follows another project that aims to replace forward observers, who call in artillery fire, with robots. The research solicitation calls for developing "autonomous robotic systems that are capable of semi- and fully autonomous munitions handling inside a weapons system. Its functions would support loading of projectiles into the cannon breech, setting of charges and propellants, and management of excess case materials inside of the weapons system. A M109A6 Paladin, a self-propelled 155-millimeter howitzer, is operated by a crew of four: a commander, driver, gunner and loader. It is not clear which crewmen could be replaced by robots should this technology come to fruition, though the gunner and loader would seem to be prime candidates. At the same time, given advances in self-driving vehicles, it is conceivable that the driver could be replaced by a robot, which would leave the commander as the human element of the system. But even the Army acknowledges there are risks, such as being hacked. "Potential solutions should consider the need for compact form factors, low electronic signatures, cyber security protections, shock and vibration management, and power supply constraints," said the research solicitation. But even human gunners may end up looking like robots. The Army wants exoskeletons to assist its artillery crews with the physically strenuous task of operating the weapons. The project aims to develop "passive or active exoskeleton capabilities to assist crew-served artillery systems.

Robotic systems are one of the most significant elements accelerating the country's economy toward Industry 4.0. Turkey, having a voice in this competition, aims to increase robot use and its density in the region it's involved in. Prominent Switzerland-based robot producer ABB, which is considered one of the cornerstones of the International Federation of Robotics, laid the foundation of a new company in China on Sept. 11., with the slogan "Robots will teach robots to work." As the world advances through robotization, we spoke with ABB Turkey's Robotics and Manufacturing Automation Group Head Emre Tural about Turkey's potential. Tural spoke on industrial robot usage in Turkey, which is a big economy, the secondhand or thirdhand robot market, machine and production industry's meeting industrial robots and how industrial robots turn into collaborative ones.

Yolanda Gil, president of the Association for the Advancement of Artificial Intelligence (AAAI), discusses what it will take to move AI forward without moving safety backward. An outbreak of a highly contagious mosquito-borne virus in the U.S. has spread quickly to major cities around the world. It's all hands on deck to stop the disease from spreading–and that includes the deployment of artificial intelligence (AI) systems, which scour online news and social media for relevant data and patterns. Working with these results, and data gathered from numerous hospitals around the world, scientists discover an interesting link to a rare neurological condition and a treatment is developed. Within days, the disease is under control.

For instance, Meituan's robot can move through a multi-story building and deliver orders to the customer's doorstep, though a human deliveryman is still needed to bring the food to the building, Xia said, according to CNBC's translation of his remarks in Chinese. He said this will save approximately five to seven minutes per delivery -- that's about one to two Chinese yuan ($0.14-$0.28) The company's robots have already delivered thousands of orders, added Xia. The eyes of ZMP's robot, named CarriRo Deli, "can express rich expressions and communicate with people by voice," the company's manager, Hiromasa Iwano, told CNBC in an email. These innovations in robotics are meant to tackle labor shortages and reduce delivery time.

Björn Brinne added: "The report is correct that there are a number of urgent challenges that need to be addressed. Many deep learning projects to date have been focused on small pockets of research, which presents issues in relation to repeatability, auditability and scalability which are needed to make a global impact. Also, lack of skills, cost and complexity remain as barriers. "For the NHS, this is a major challenge as budgets and talent are already limited. "There's also the data issue – deploying deep learning models in the health sector requires retraining them when new data comes in, a complex and often costly task. "Additionally, to begin with, the quantity of data available will be limited and the quality of it inconsistent, which could lead to inaccuracies. There are also obvious challenges in the sensitivity of the data that is needed and requirements for consent." "In order to overcome these challenges, deep learning needs to move away from being used as a research tool, and instead become operationalised to make outputs more robust and usable. This will make deep learning accessible for a wider group of users in the medical industry, so that data pools become greater and more varied over time, improving model performance and, by extension, the quality and effectiveness of patient care."

In the future, patients may no longer need to have a tube fed down their throat into their stomach. Instead they could simply swallow an ingestible device in the form of a pill. Engineers at Massachusetts Institute of Technology (MIT) have invented exactly this. It's made from a jelly-like substance: a combination of water and polymers. Inspired by the pufferfish, the team of researchers realised that in order for any edible pill to remain in the stomach once it has passed down the oesophagus, and not then pass out through the pylorus, it needed to be inflated.

If you make a purchase by clicking one of our links, we may earn a small share of the revenue. However, our picks and opinions are independent from USA Today's newsroom and any business incentives. Robotic vacuum cleaners are great: they can clean your house while you are out, sweeping the floors and amusing your cats at the same time. The Eufy BoostIQ RoboVac11S is our top pick for affordable robotic vacuums because it offers excellent suction, can slip under furniture and is so quiet, you'll barely hear it working. It usually retails for $240, but you can get it now for $185.99 with the code eufyrobovac.

But is it available to rent for birthday parties? A tech company in Seattle is touting a new robotic pizza-making machine that, they say, can assemble up to 300 12-inch pizzas per hour. Picnic, the company behind the pizza-spewing apparatus, has reportedly been working on its modular food assembly line for three years, according to GeekWire. And last week, Picnic finally unveiled a pizza-making prototype to the media. The apparatus, which so far has no catchy, trademarkable name, is made out of a series of modules that apply sauce, cheese and toppings as the dough moves along a conveyor underneath each piece of equipment.