Introduction Artificial Intelligence is the simulation of human intelligence processes by machines


Artificial Intelligence is the simulation of human intelligence processes by machines (Margaret, 2018) for instance speech recognition, decision making and machine vision. Integration of artificial intelligence has made a lot of modern day tasks easier to handle as machines are the ones taking partaking in the task execution.

Some of the industries that have embraced this technology include medicine, manufacturing, warehousing, mining, and transport.

Jumla Solutions is our organization. It provides end to end logistics solutions in warehousing, manufacturing and mining.

Artificial Intelligence in Medicine

There has been an increase in the use of machines as expert systems in the field of medicine. Systems such as Sensely, Your MD, Infermedica, Florence and Buoy Health have contributed a great deal in enhancing the productivity in medical systems.

Analysis of test results, conduction of X-Rays, CT scans, data entry, and other ordinary tasks are done quicker and more accurately by robots. Cardiology and radiology are fields that utilize a considerable measure of data analysis and intelligent frameworks aid in the execution of these tasks.

The capacity of these records is additionally streamlined, as it were, as the frameworks give consistent access to the records and enhanced security.

Medical systems that offer digital consultation have also been developed example, Babylon in the UK utilize AI to give medical consultation in view of individual therapeutic history and basic medical information. Clients report their symptoms into the application, which utilizes speech recognition to compare against a database of diseases. Babylon at that point offers a suggested action, taking into account the client’s therapeutic history.

The innovation has additionally delivered virtual nurses, for example, Molly, an advanced medical nurse to enable individuals to monitor patients’ conditions and follow up with medicines, between doctor visits. The program utilizes machine learning to help patients suffering from incessant sicknesses.

Another virtual medical nurse is Amazon Alexa that gives essential medical guidance for guardians of sick kids. The application answers inquiries on medicines and whether the drugs have side effects which require a specialist visit.

Health monitoring bots like those from Apple, Garmin and Fitbit screen pulse and activity levels. They can send alerts to the client to have more exercises and can share this data with specialists (and AI frameworks) for extra information that focuses on the necessities and habits of the patients.

Artificial Intelligence in Manufacturing

Manufacturing industries such as steel, chemicals, auto mobile and aerospace have also adopted use of artificial intelligence. Robots are not just working quicker and more dependable than humans yet in addition performing tasks past human capacity, by and large, such as microscopically precise assembly.

The advantages of utilizing artificial intelligence include quicker generation, less waste, higher quality, and most security. Robots are utilized for the most part in aviation and automotive, particularly for assembly of large parts. As organizations keep on seeing huge advantages from utilizing robots on the industrial facility floor, they are beginning to invest in more brilliant, smaller, more community-oriented robots for more sensitive or complex activities. Metal parts welding for assembly example, turbines must be performed with accuracy. Mathieu Bélanger (2016) says that in welding exotic metals, for example, nickel alloys and titanium in motors, modern robots are a necessary requirement keeping in mind the end goal to do powerful and exact welds.

Paint, sealant, and coating application on substantial fuselage or confining parts are cumbersome for a manual administrator, in view of the measure of the parts. Since painting robots are outfitted with flowmeters, mechanical painting robots can apply material without over spraying or leaving drips.

Further developed generations of synergistic robots which are more portable, smarter, and more versatile are utilized for more complex tasks. Great Wall Motors, a car plant in China, works a robot-to-robot generation line that is outstanding among the current ones. One robot handles and positions the board, and alternate welds it into put. Mathieu Bélanger (2016) claims the automated line performs in excess of 4,000 welding tasks on the auto body in an 86-second process duration, including the exchanging activities.

Artificial Intelligence in Mining

Kore Geosystems and Goldspot Discovery are mining companies that have a hand in trying out artificial intelligence and machine learning in mining activities.

They assert in their test they could anticipate 86% of the current gold deposits in the Abitibi gold belt locale of Canada using geographical and mineralogical information from only 4 percent of the aggregate surface region. Jerritt Canyon venture reported they utilized Goldspot Discoveries Incorporated AI to examine every single geographical datum they have about as of now un-mined parts of their claim and data about where they have beforehand discovered gold in the locale to recognize target zones that may contain gold. The gold maker intends to perform primer bore testing when is strategically possible.

Goldspot Discoveries Inc. likewise claims to have an arrangement with an anonymous openly recorded African investigation organization to bore a couple of test openings in light of the organizations AI focusing on.

Goldcorp are also working hand in hand with IBM to explore Red Lake mine in Ontario to discover potential gold mines as IBM is known to be quite useful in oil and gas exploration.

Most of the companies using this technology only use basic robots and smart sensors to improve efficiency and performance. Rio Tinto, a mining company has adopted this technology and have steadily been expanding their trucks for hauling ore and now currently use a fleet of 76 trucks at their mining operations in Australia. Komatsu, a Japanese manufacturer produces the trucks which is remotely overseen by Perth operators.

Artificial Intelligence in Warehousing

KIVA robots available in Amazon, can pick and distribute goods within minutes in the warehouse, and only need 5 minutes to charge every hour.

Artificial Intelligence in Transport

The transport sector is now applying Artificial Intelligence in basic undertakings such as auto-driving vehicles conveying passengers. The unwavering quality and security of an AI framework are under inquiry from the general public. A number of challenges in this sector like average capacity, safety, ecological contamination, reliability and, energy waste have provided an abundant chance and potential for integration of AI in the system.

Olli is a cognitive, auto-driving electric transport from America by the organization, Local Motors. The organization manufactures and assembles low volumes of vehicle designs that are open-source, utilizing numerous multiple micro-factories.

Internet of Things for automotive by IBM has powered Olli which is now able to perform tasks such as transportation of travelers to areas requested by them, provision of suggestions on locales and replying inquiries concerning how Olli’s auto-driving service functions. IBM notes that Watson Internet of Things for automotive platform incorporated five APIs within Olli consisting of Speech to Text, Conversation, Natural Language Classifier, Text to Speech and Entity Extraction.

Surtrac systems is a Rapid Flow technologies system based in Pittsburg. The system was initially created by Intelligent Coordination and Logistics Laboratory at Carnegie Mellon University in the Robotics field as a feature of the research initiative (Traffic21). Rapid Flow is likewise a piece of the NSF I-Corps Site program at Carnegie Mellon.

Rapid Flow introduced the Surtrac framework in June 2012 at Pittsburgh East Liberty neighborhood for piloting. The proposed solution was a network that consisted of nine traffic signals on three avenues (Penn Avenue, Penn Circle, and Highland Avenue). Rapid Flow asserts that Surtrac diminished travel times by over 25% overall, and wait times declined averagely by 40% throughout the course. After the pilot venture, Rapid Flow has teamed up with neighborhood Pittsburg organizations to extend the project to different parts of the city and about fifty activity signals have been set up.

TuSimple is another Chinese organization, established in 2015 that has effectively finished a 200-mile test drive for an auto-drive car from Yuma in Arizona, to San Diego in California. TuSimple asserts that its auto-drive framework was prepared to utilize machine learning in order to simulate a huge number of miles of street driving.

TuSimple utilizes Nvidia GPUs and also the NVIDIA DRIVE PX 2 PC, TensorRT machine learning interface enhancer and runtime engine, CUDA parallel processing stage and programming model, Jetson TX2 AI supercomputer on a module and cuDNN CUDA machine learning neural system library.

Potential AI based applications to expand logistics

i) Predictive Analysis

Progressive AI-based prescient analytics, such as route optimization, network management, and demand predictions may deem AI a necessary feat in the logistics field.

Organizations such as DHL can now proactively mitigate delays in air travel times due to the development of an AI-based machine that predicts air travel times. The tool can determine this by breaking down a number of distinct parameters of internal information, the machine learning model can thus foresee if the normal day by day travel time for a given path is expected to rise or fall up to seven days ahead of time. The innovation has genuine ramifications for the business and might impel groundbreaking organizations in front of the opposition despite current high expectations in the Gartner Hype Cycle.

ii) Data Harnessing

AI can be used to capture, store and manipulate the available data to increase the company’s efficiency in handling its business activities.

Handling every piece if the information from the store network, breaking down it, distinguishing designs and giving understanding to each connection of the production network is one of the major functions of this system.

AI will be able to keep track of both the organized and unstructured data despite its volume hence very reliable and consistent.

iii) Cognitive Contracts

Global coordination and inventory network administrators ordinarily oversee extensive armadas of vehicles and systems of offices around the world. Companies such as Leverton utilize AI on its stage of a similar platform to ease the preparing and administration of land contracts for organizations. The framework utilizes natural language processing to arrange any legally binding documents. Combined with a human effort, auditing of these documents, contracts written in complex machine language frequently a few hundred pages long can be prepared in a small amount of the time it would take a group of human specialists. An American organization, CircleBack has created an AI motor to help oversee contact data, ceaselessly handling billions of information focuses to decide regardless of whether contact data is exact and up to date. This guarantees culmination, rightness, and consistency with worldwide and local address formats.

Recommended AI Applications

i) Mining

Adoption of autonomous drills in mining of ore as proven by BHP, a mining company based in Australia has brought about a lot of benefits including brain wave analysis and monitoring of employee fatigue. The drills are wearable and by monitoring the employee activity it promotes efficiency in the field. Autonomous trucks are also used in Pilbara for copper extraction.

Use of ore hauling trucks as it is in Perth also makes mining of ore easier and faster.


The integration of machine learning and artificial intelligence in systems improves their quality of work and accuracy. This leads to greater turn over from the increased production.

Automation has also brought along with it safety, productivity and reduced maintenance cost for activities.

“Autonomous trucks decrease worker exposure to perils and hazards related with handling heavy gear and equipment, for example, sprains and other delicate tissue injuries, and exposure to dust and noise. There’s also increased consistency in the excavation process as the machines deployed have learnt what to do and at what point.


The use of the automated trucks in fairly settled places may pose hazards to the community for instance playing children.

The trucks are very heavy and thus interfere with the soil structure.

Integration of AI in machines used for mining is also very costly to carry out although it brings with it numerous benefits.

ii) Warehousing

Use of chatbots and inventory tracking systems could make work a lot easier for the warehouse management as it would save on labor, cost of maintenance and the record keeping would be a lot more consistent. Conversation insight programming enables organizations to interface with clients and follows up leads by dissecting and segmenting deal calls utilizing natural language processing and speech recognition. Chatbots and virtual client assistants enable retail organizations to run a day in and day out client administration and answer essential inquiries without the association of human staff.


AI and machine learning is used to detect and adjust to changing conditions and needs in the warehouse. Picking of densities and meeting orders might be the underlying priorities. Machine learning is utilized to anticipate the time required to finish work. An optimization algorithm at that point utilizes those outcomes to adjust contending necessities while ideally working under available limits.


Failure of the chatbots could lead to losses due to missed opportunities in inquiries and deliveries. Crashing of the system may render the operations immobile since there might be loss in the data stored that regards to orders and deliveries made, payments etcetera.

Most of the chatbots don’t provide the personal appeal humans give while replying to inquiries hence may be a downfall in some situations where personal appeal and re-assurance is needed.

iii) Manufacturing

Adoption of robotic prototypes such as those from Siemens which automatically read and follow CAD instructions to assemble parts without programming. Multi-robots with visual inspection features and can also carry out tasks such as assembling and packaging are very useful in manufacturing industries.


Secure working environment- In an assembling setup, some few subtle elements are not obvious to humans or regularly go unnoticed. Cutting-edge innovations like machine learning and AI help to discover and detect the subtle changes in items. Likewise, the utilization of communitarian robots by assembling organizations is winding up progressively well known. The robots can work in harmony with human partners and can take guidelines from people including new directions that are not foreseen in the robot’s unique programming. Subsequently, better machine detects will result in a more secure working environment over the long haul.

Store network proficiency- The utilization of AI innovation in the store network of assembling organizations can estimate examples of interest for items crosswise over time, geographic markets, and financial fragments while representing macroeconomic cycles, political improvements, and considerably climate designs utilizing distinctive calculations. Man-made consciousness is likewise exceedingly helpful in completing prescient upkeep for equipment, with sensors following working conditions and execution of manufacturing plant tooling, figuring out how to anticipate breakdowns and glitches, and taking or prescribing corrective activities.

Computerized quality control- AI can help in quicker information loopback, helping fabricating organizations to handle impromptu downtimes, low produce, and low profitability. AI can accelerate forms and guarantee accuracy as opposed to depending on people for in-process assessment and product quality checks which is tedious and furthermore there are odds of inability to single out defects.


The incorporation of wrong source codes or failure of machines such as the visual inspection machine may lead to losses due to possible wrong quantities, diminished quality of product or contamination. The systems should also therefore be monitored to ensure they function in the intended ways to curb mishaps arising from their failure.


R. Margaret (2018) Artificial Intelligence


Machine Learning in Today’s Warehouse Management Systems (WMS)

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