Track Categories

The track category is the heading under which your abstract will be reviewed and later published in the conference printed matters if accepted. During the submission process, you will be asked to select one track category for your abstract.

3D printing is any of different procedures in which material is joined or hardened under PC control to make a three-dimensional object,[1] with a material being included, (for example, fluid atoms or powder grains being melded). 3D printing is utilized in both quick prototyping and added substance fabricating. Articles can be of any shape or geometry and ordinarily are delivered utilizing advanced model information from a 3D display or another electronic information source, for example, an Additive Manufacturing File (AMF) record (for the most part in successive layers). There are a wide range of innovations, as stereolithography (SLA) or melded store displaying (FDM)[2]. Therefore, not at all like material expelled from a stock in the ordinary machining process, 3D printing or Additive Manufacturing assembles a three-dimensional protest from a PC supported structure (CAD) model or AMF document, as a rule by progressively including material layer by layer.[3][4]

  • Track 1-1Rapid Prototyping
  • Track 1-23D Printing in Healthcare
  • Track 1-3Recycled Materials in 3D Printing
  • Track 1-4Polymers in 3D Printing

Technology is evolving and changing genuinely fast. But what's vital to notice that information science is what maximum of the generation is revolving around. Big data was once “the subsequent massive aspect of the future” like some years back. We’re already dwelling the future and big data is everywhere. There might be some industries which are still not in the awe of the capacity of data science and how it is able to help them however maximum other are creating a great use of this technology. With the sector increasingly tuning right into a “virtual workspace”, data science is clearly the future of everything.

  • Track 2-1Data Analytics in education
  • Track 2-2Data Analytics in healthcare and pharmacy
  • Track 2-3Data Analytics in data management
  • Track 2-4Data Analytics in social media
  • Track 2-5Data Mining and Big Data
  • Track 2-6Helping Buyers Spy Volatility

The promise of printing human organs began in 1983 when Charles Hull invented stereolithography. Now, 3D BioPrinting techniques are used to combine cells, growth factors, and biomaterials to fabricate biomedical parts that maximally imitate natural tissue characteristics. 3D Printer can be used to print tissues and organs to help research drugs and pills. Researchers at Wake Forest University in North Carolina say they have created a 3D printer that can produce organs, tissues, and bones that could theoretically be implanted into living humans. Around 115,000 people in the United States are currently on the waiting list for a lifesaving organ transplant. Another name is added to the national transplant waiting list every 10 minutes. This technology and industry will see explosive growth, with the potential to disrupt many aspects of healthcare and drug development.

  • drawback of bioprinting
  • pressure assisted bioprinting
  • bioprinting challenges
  • benefits of bioprinting
  • who uses bioprinting
  • Bio-Ink in 3D Printing 
  • Tissue engineering
  • Laser-assisted bioprinting
  • Laser manufacturing
  • Rapid prototyping
  • Micropatterning
  • High cell density printing

Data analytics makes use of the data mining approach. The simple calculations in data mining and research form the basis for the developing area of data technology, which includes robotized strategies to look at examples and models for an extensive variety of information, with applications extending from logical revelation to business perception and examination.

  • Track 4-1Neural Networks
  • Track 4-2Cluster Analysis, Genetic Algorithms
  • Track 4-3Decision Trees and Recession rules
  • Track 4-4Data understanding & Data preparation
  • Track 4-5Modelling & Evaluation
  • Track 4-6Deployment
3D printing fiber is made utilizing a procedure of warming, expelling and cooling plastic to change nurdles into the completed item. Not at all like a 3D printer the fiber is pulled instead of pushed through the spout to make the fiber, the distance across of the fiber is characterized by the procedure that happens after the plastic has been warmed as opposed to the breadth of the extruder spout. An alternate power and speed is connected to the fiber as it is hauled out of the extruder to characterize the width of the fiber, most generally 1.75 mm or 3 mm breadth. 
The plastic nurdles are constantly white or clear. Shades or different added substances are added to the material before it is liquefied to made hued fiber or fiber with extraordinary properties, e.g. expanded quality or attractive properties. Before the fiber is expelled the nurdles are warmed to 80°C to dry it and diminish water content. The nurdles must be dried the same number of thermoplastics are hygroscopic and expulsion of soggy plastic causes dimensional imperfections (this is additionally the situation when the completed fiber is being printed. From that point the nurdles are nourished into a solitary screw extruder where it is warmed and expelled into a fiber. The distance across is regularly estimated by a laser as a feature of a quality control component to guarantee revise breadth of the fiber. The fiber is then nourished through a warm water tank which cools the fiber which gives the fiber its round shape. The fiber is then bolstered through a chilly water tank to cool it to room temperature. It is then twisted onto a spool to make the completed item.

With the assistance of Big Data, it could be workable for digital currency proprietors to end up more mindful of ongoing hacking endeavors. Applications fueled by huge information could likewise take proactive parts by recognizing the components that propose penetration endeavors are in advance or going to happen, at that point prevent programmers from effectively completing their arranged assaults on cryptocurrency holders.

  • Track 6-1Blockchain Technology
  • Track 6-2Cryptocurrency
  • Track 6-3Protecting Against Hacks

It targets to deliver the education zone, which yields the biggest volumes of records each day, within the data mining region so that this large quantity of data can be pre-processed to retrieve genuine, beneficial and actionable data. While a whole lot of people make contributions to educational content, their authenticity is at stake. This content can be labeled as data and not actual information. So that in order to retrieve data, an expert has to parse through all information, using his very own set of abilities, after which its personal authenticity is confirmed. Data mining strategies can explore data; however, they continually need the professional recommendation to make very last decisions, particularly when the line between data and information is the blur.

  • Track 7-1Student modelling
  • Track 7-2Analysis and visualization of data
  • Track 7-3Developing concept maps
  • Track 7-4Constructing courseware
  • Track 7-5Distillation of data for human judgment

A wide range of materials can be utilized for 3D printing, for example, ABS plastic, PLA, polyamide (nylon), glass filled polyamide, stereolithography materials (epoxy gums), silver, titanium, steel, wax, photopolymers, and polycarbonate. The materials accessible for 3D printing have progressed significantly since the beginning of the innovation. There is presently a wide assortment of various material types, which are provided in various states. Particular materials are now generally produced for particular stages performing dedicated applications with material properties that more precisely suit the application. The energy around the promise of 3D printing has opened the floodgates. New printers are being created each day to print a wide range of materials from plastics, metals, composites, and cement, to organic materials, paper, and food. 

  • Plastics (polylactic acid, acrylonitrile butadiene styrene, polyvinyl alcohol plastic)
  • Powders (polyamide, alumide, multicolor)
  • Resins( high detail resin, paintable resin, transparent resin)
  • Other materials (Titanium, stainless steel, bronze, brass, silver, gold, cream


Big data is something that may be used to examine insights which could result in better choice and strategic enterprise actions. Data analytics includes automating insights into certain datasets in addition to supposes the use of queries and data aggregation tactics. Big data is a theoretical concept for outlining issues that rise up to a large size of data in which conventional data managing tools aren't capable enough. While data Analytics is a bunch of tools and strategies to carry out an evaluation of data (big and small). So, if one has a big data trouble, then data analytics is there to clear up those issues.

  • Track 9-1Big Data Characteristics
  • Track 9-2Data Stream Algorithms
  • Track 9-3Hadoop
  • Track 9-4Technology and Tools in Open Science
  • Track 9-5Big Data Analytics and machine learning
RepRap 3D printers have been appeared to diminish costs for shoppers by balancing buys that can be printed. The RepRap's plastic feedstock is one territory where cost can at present be decreased. In 2014 teacher Joshua Pearce brought up that "Fiber is retailing for somewhere in the range of $36 and $50 a kilogram and you can create your own fiber for 10 pennies a kilogram on the off chance that you utilize reused plastic" The gadget would thus be able to additionally upgrade RepRap reasonableness by lessening working expenses. Moreover, to helping prosumers to diminish their dependence on acquired items, following an open source show, the RepRap and the recyclebot, have made it achievable for 3D printing to be utilized for little scale assembling to help economical improvement. 
The RecycleBot is an open-source equipment venture – therefore its designs are uninhibitedly accessible on the Internet. 
RecycleBot curated by scholastics in Canada and the U.S. For instance, the full parts rundown (or bill of materials for the metal and electronic segments and the controls are accessible on Thingiverse. 
Lyman Filament Extruder – a DIY recyclebot 
It has been proposed that reused fiber creation could likewise offer an elective salary source by the Ethical Filament Foundation or as a type of "reasonable exchange fiber". It has additionally been appeared to enhance the vitality recompense time of even known efficient power vitality innovations like sunlight based photovoltaics.
3D Printing has as of late been portrayed as the third mechanical unrest; this definition is apparently particularly sensible in association with the gigantic number of conceivable outcomes offered by this innovation in various fields, including the helpful one. To date, 3D Printing has begun to have a growing part in some restorative fields, for instance, dentistry, orthopedics, and traumatology. Its mind blowing accomplishment in these fields originates from the straightforwardness of therapeutic picture preparing as it, generally, incorporates bone structures, offering clear permeability and separation. 
In the orthopedic or traumatology fields, it is conceivable to allow the authority to test early the specific framework on a 3D printed show, applying for screws or plates, or testing the exhausting way. 
  • Picture examination 
  • 3D Prototyping 
  • PS Models 
  • Orthopedics 
  • Traumatology 
  • Maxillofacial medical procedure 
  • Oncology 
  • PS inserts and orthoses 
  • Customized instrumentation

It is the science of analytical reasoning supported through interactive visual interfaces. Over the past many years, a massive quantity of automated data evaluation techniques had been evolved. However, the complex nature of many issues makes it crucial to encompass human intelligence at an early level within the data analysis system. Visual Analytic techniques permit decision makers to combine their human flexibility, imagination, and background understanding with the tremendous storage and processing capacities of these day's computer systems to gain a perception of complicated issues. Using superior visual interfaces, people may immediately interact with the data analysis competencies of nowadays computer, letting them make well-knowledgeable decisions in complex situations.

  • Track 12-1Software Visualization
  • Track 12-2Computational Visualistics
  • Track 12-3Cartography
  • Track 12-4Visual analytics tools
  • Track 12-5Visual analytics in SAS
Nanotechnology and Additive Manufacturing together attempting to alter various areas. 3D printing is a perfect answer for fast prototyping. Nanotechnology shares a great deal practically speaking with the added substance fabricating innovation from the therapeutic business, shopper items and so on. 3D Microbioprinting alongside nanotechnology is being utilized in various activities. Organizations like Nanoscribe 3D Print protests as little as just a couple of microns. 
Applying 3D printing ideas to nanotechnology could convey comparative focal points to nanofabrication – speed, less waste, financial suitability – than it is relied upon to convey to assembling innovations. 
  • Electron Beam Lithography 
  • Electron Beam on ice 
  • Advantages and uses of this new 3D nanofabrication system 
  • Nanotechnology future perspectives 
  • Computer-aided design/CAM planned 3D Printed electroanalytic cell 
  • The plasma-helped 3D microstructure of gold nanoparticle-doped polymer 
  • 3D Printed smaller scale and nano included platforms for vascularized bone tissue fix 
  • Clear cut prototyping, joining sub-atomic components into 3D Printing 
  • 3D Printing in the field of microscopy 
  • Nano 3D Printing Electrodes 
  • 3D Printed iPod Nano Watch 
  • Oxidation Resistant Copper Nanoparticle Inks for 3D Printed Electronics 
  • 3D Printed Nanotechnology

We are in a world of more data, and even the most complicated ones, data and big data is changing the way real estate professionals, buyers, sellers and even banks, think about transactions involving property. This info-graphics covers the impact of big data analytics in the real estate industry. The advantages moreover like better and accurate prognosis, business lucidity, identifying prior unknown potential, faster and more comprehensive analyses, faster reactions by management, improved customer service, etc. Data Analytics has helped to change both commercial and residential real estate industry.

  • Track 14-1Understanding Viral Content Marketing
  • Track 14-2The Carbon Budget
  • Track 14-3The key elements
  • Track 14-4Technical illustration
  • Track 14-5Maestro concept

Enduring the physical and mental results of having a cancer diagnosis is only the beginning of the battle. Cancer patients then need to manage difficult treatment cycles and related side effects. The high measurements of radiation used to destroy tumor cells can likewise harm neighboring healthy tissues. Although major improvements in radiation technology, for example, intensity modulated radiation therapy have led to reduced toxicity,  these techniques have a tendency to be complex requiring a few arranging steps and security checks before the patient can begin treatment. 3D printing is promising to take care of some of these issues and help in providing personalized cancer treatment.

  • Production of customized bolus and shields
  • Brachytherapy

Business Analytics pertains to the exploration of historical data from many source structures through statistical analysis, quantitative evaluation, data mining, predictive modeling and specific technology and strategies to discover developments and recognize the information that could power business exchange and assist sustained successful business practices.

  • Track 16-1Business intelligence
  • Track 16-2Business Analytics and Research (BA&R)
  • Track 16-3Emerging phenomena
  • Track 16-4Technology drives and business analytics
  • Track 16-5Capitalizing on a growing marketing opportunity

3D Printing works much ahead than the existing designs. The décors’ of your dreams from vases to tall door’s. Everything at this designate complexities is now achievable using 3D Printing. This 3D printer delivers metal printed components with high-quality material properties and, compared to industry standards, low-surface roughness values, fine features, and no residual stresses. New techniques and innovation are coming up with more aesthetical, durable decors and crafts with the invention in 3D Printing there comes new acrostic to win new aesthetic culture to craft more aesthetical decors using different pursuits.

  • 3D Technology in Fine Art and Craft
  • Fusion of 3D Printing and Traditional Craftsmanship
  • 3D Printing - Hobbyists & Crafts
  • 3d printing community projects
  • thingiverse 3d printer
  • bio-inspired ceramics composites

In today’s world, analytics are crucial to controlling claims charges. And with pharmacy prices accounting for this sort of massive part of the one's expenses, rising’s prescription monitoring technologies carry a key element to the value-saving equation. Healthcare presents one of the maximum complex types of data of any industry because of its privacy rules and federal/state policies. Yet with the rapid increase of enabling technology gear shooting healthcare records, the volume of available information is increasing. Now businesses are looking to make sense of all of this information and the way best to use it to their enterprise and medical care.

  • Track 18-1Big data in nursing inquiry
  • Track 18-2Methods, tools and processes used with data analytics with relevance to nursing
  • Track 18-3Data Analytics and Nursing Practice
  • Track 18-4Data Mining in Healthcare data
  • Track 18-5Medical Data Mining
  • Track 18-6Eagle Eye – India’s first cloud based digital pharmacy
3DP applications are engaged collectively because of a lot in defeating statistical data points to render the kickstart in the developing and recognizing reconstruction of creation. 
  • 3D printing the eventual fate of automatons 
  • flying 3D printer at building locales 
  • Versatile 3D Concrete Printer 
  • eye in the sky 
  • Self-repeating, 3D Printer Meant for Space Exploration 
  • TeeBot 
  • 3&D Mobile 3D Printer 
  • Mille 3D Printer


In the electronics industry, a widely recognized concern among designers and engineers in the design, testing, and integration of multilayer PCB prototypes in an electronics product. The more intricate the design, 3D printing a PCB makes manufacturing a complex multilayer PCB much easier by cutting out several steps. Normal PCB manufacturing technology requires blind and open to being drilled and plated the 3D-printing process simply print them. is focused on the research and development of advanced 3D printed electronics, including a 3D printer for multilayer printed circuit boards (PCB's), and the development of nanotechnology-based conductive and dielectric inks, which are complementary products for 3D printer. 3D inkjet multilayer PCB printing offers the kind of flexibility and responsiveness required in today’s competitive world and eliminates many of the drawbacks associated with outside PCB printing facilities. It lets the designer rapidly build functional prototypes in-house, thus helping to identify product defects in the initial stages of design. PCBS with interconnections and through-holes in hours – including even the most complex Prototypes.

The primary purpose of AI is to infuse intelligence to machines. This consists of computer vision (to assist dealers to view the world around it), Language Processing (Speech and textual content processing) to assist the agent to recognize human text and speech and additionally to respond to them more clearly. machine mastering facilitates the marketers to learn and enhance their performance much like how human beings do. Data Mining, Data Analytics, all makes use of statistical learning algorithms (machine learning) to extract intelligence from the information. This intelligence might also assist in improving its overall performance.

  • Track 21-1Scientific Computing
  • Track 21-2Computer Graphics
  • Track 21-3Algorithmic Trading
  • Track 21-4Cybernetics
  • Track 21-5Artificial Neural Networks

A printable organ is a falsely developed gadget intended for organ substitution, delivered utilizing 3D printing procedures. The main role of printable organs is in transplantation. Research is right now being led on counterfeit heart, kidney, and liver structures, and also other significant organs. For more muddled organs, for example, the heart, littler develops, for example, heart valves have additionally been the subject of research. Some printed organs are moving toward usefulness necessities for clinical execution, and principally incorporate empty structures, for example, the bladder, and additionally vascular structures, for example, pee tubes.

The bottom-line of data analytics in cloud computing is cloud computing itself. Cloud computing is built around a sequence of hardware and software that may be remotely accessed through any net browser. Typically documents and software are shared and worked on via a couple of customers and all records are remotely centralized in place of being saved on customers’ hard drives. Analytics in cloud computing, including tracking social media engagement and records, is clearly making use of the concepts of analytics to information housed on cloud drives instead of on individual servers or drives.

  • Track 23-1Core Cloud Services
  • Track 23-2Cloud Technologies
  • Track 23-3Computing Models
  • Track 23-4Client-Cloud Computing Challenges
  • Track 23-5High Performance Computing Systems for Medical Applications

Artificial Intelligence and 3D printing are the hottest topics when it comes to technologies and innovations in the coming days. Give a 3D Printer artificial intelligence, and just see the future it will build. Being solely dependent on human labor just cannot be the sole solution, we need to up bring many better ways too with the emergence of efficient technologies creating intelligent service-oriented production processes for the industry.   

3D printing is gaining considerable success in many medical fields including surgery. Here, the technology was introduced for increasing the level characteristics of 3D printed models these are highly accurate and customized reproductions, being obtained from own radiological imaging of patients, and are solid graspable objects allowing for free manipulation on part of the user 3D printing was also employed for creating surgical tools and reproducing anatomical parts, respectively for specific tasks of the surgery and individualized implantable materials in reconstructive procedures. Future expectations concern on one side the reduction of manufacturing further increase the accessibility of 3D printing, while on the other the development of novel techniques and materials suitable for 3D printing of biological structures by which recreating the architecture and functionality of real human organs and tissues.

Climate informatics can be defined as information-managed analysis, and therefore gives a compliment to present techniques to climate science. Weather datasets mix up strategies from machine learning and data Mining with the greater conventional statistical strategies used by field researchers, and the physics-based simulations utilized in weather modeling. The aim of climate informatics is to inspire collaboration between weather scientists and data scientists, with a view to developing tools to examine complicated and ever-developing quantities of observed and simulated weather records, and thereby bridge the space between data and expertise. Here, latest weather informatics work is presented, together with information on a number of the remaining demanding situations.

  • Track 26-1Climate Science
  • Track 26-2Future Weather Predictions & Analysis
  • Track 26-3Climate Modelling
  • Track 26-4Statistical Techniques & Climate Datasets
  • Track 26-5The Fourth Paradigm

Additive Manufacturing (AM), prominently known as 3D printing, is playing a significant role in the manufacturing field. AM has upset how models are to be made and little batch manufacturing to be completed. Because of high adaptability and high proficiency of lasers, laser-assisted Manufacturing (LAM) and AM advances are as of late getting much consideration over traditional methods.

  • Basic Optics for Laser-assisted Manufacturing
  • Materials for Laser-based 3D Printing and Manufacturing
  • One-, Two-, and Three-Dimensional Laser Manufacturing Technologies
  • Long, Short and Ultrashort Pulse Machining
  • Advanced 3D Manufacturing: Micro and Nanoscale Patterning
  • Laser-based 3D Printing
  • Laser Safety and Hazards

A data analytics method may be used with a purpose to predict energy intake in homes. The different steps of the data evaluation method are performed which will comprehend smart buildings, in which the building control and manage operations along with heating, ventilation, Aircon, lights, and safety are realized robotically by way of miming the needs of the building customers and optimizing sources like electricity and time.

  • Track 28-1House Automation System
  • Track 28-2Energy Efficiency & Smart Building Models
  • Track 28-3Smart Building Design & Implementation Principles
  • Track 28-4Challenges Regarding Smart Buildings
  • Track 28-5Smart Operations & Optimizing Sources

The year 2017 saw 3D printing continue its march into every dimension of our lives. With new materials, new methods, new applications, new technologies,  the young field is revolutionizing prototyping and manufacturing, and changing the world of design, medicine, construction etc. Rapid prototyping is helping companies realize their ideas into products faster. 3D printed prototypes make all the difference when the need is to convey an idea properly or when it is necessary to ascertain a product/part’s functionality in the real-world before investing in expensive tooling.

IOT is about gadgets, information and connectivity. The actual value of net of factors is about growing smarter merchandise, turning in sensible insights and supplying new business results. As hundreds of thousands of gadgets get linked, internet of things will trigger a big influx of huge data. the key mission is visualizing and uncovering insights from numerous varieties of data (established, unstructured, pictures, contextual, dark data, real-time) and in context of your programs.

  • Track 30-1Medical & Healthcare
  • Track 30-2Transportation
  • Track 30-3Environmental Monitoring
  • Track 30-4Infrastructure Management
  • Track 30-5Enterprise
  • Track 30-6Consumer Application

Data Analytics in Bioinformatics merges the fields of biology, technology, and medicine so that you can present a complete take a look at the emerging information processing programs vital within the field of digital clinical record management. Whole with interdisciplinary research sources, this is an important reference source for researchers, practitioners, and college students inquisitive about the fields of biological computation, database control, and health statistics generation, with a unique focus on the methodologies and equipment to control huge and complicated digital information.

  • Track 31-1Systems for Brain - Machine Interface
  • Track 31-2Data mining & processing in bioinformatics, genomics & biometrics
  • Track 31-3Bio-Surveillance
  • Track 31-4Electronic Health Records
  • Track 31-5Predictive Analytics
  • Track 31-6Real-time Alerting

A social networking internet site collects data associated with user choices, community pursuits and phase consistent with unique standards along with demographics, age or gender. Right analysis exhibits key consumer and customer developments and allows the social community's alignment of content, format and overall strategy.

  • Track 32-1Google Analytics
  • Track 32-2Networks & Relations
  • Track 32-3Development of Social Network Analysis
  • Track 32-4Analyzing Relational Data
  • Track 32-5Dimensions & Displays
  • Track 32-6Positions, Sets & Clusters

3D Modelling is being used all over the world in various industries like films, animation and gaming, interior designing, architecture and many more. They are also widely used in the medical industry for the interactive representations of anatomy. In 3D computer graphics, 3D modeling is the process of developing a mathematical representation of any surface of an object (either inanimate or living) in 3D via specialized software.

A large market for 3D models (as well as 3D-related content, such as textures, scripts, etc.) still exists – either for individual models or large collections. Several online marketplaces for 3D content allow individual artists to sell content that they have created, including TurboSquid, CG Studio, Creative Market,  Sketchfab and CGTrader.

  • 3D models printed with a 3D printer
  • 2D images created via 3D rendering
  • 3D simulations of an object or building
  • 3D Printing and floating technologies

The primary purpose to apply data analytics to tackle fraud is due to the fact a number of internal control systems have extreme control weaknesses. in an effort to efficaciously test and monitor inner controls, companies want to examine each transaction that takes place and check them in opposition to installing parameters, throughout programs, across systems, from dissimilar programs and data assets. Most internal control systems really cannot handle this. On the top of that, as we enforce internal systems, some controls are even never turned on. The use of data analytics, one can discover root troubles, discover traits, and offer particular results. With the quantity of transactions flowing through corporations nowadays, the speed of business has increased particularly because scrutiny of individual transactions is quite tough to offer. This lack of scrutiny over individual transactions opens up the gate for people to abuse systems, perpetrate fraud, and materially affect monetary outcomes.

  • Track 34-1Counter Measures to Combat Cyber Terrorism
  • Track 34-2Cyber Security for Critical Infrastructures & High Performance Computing
  • Track 34-3Security/Privacy Technologies
  • Track 34-4Personal Identity Verification
  • Track 34-5Human Activity Recognition

3D Printing or we can say “Additive manufacturing” is now being used in a number of different industries all over the world, including aerospace developmentautomotive, military science. One of the most beneficial reasons to contemplate using additive manufacturing processes rather than conventional engineering is the ability to create electronic circuits in very small spaces. There’s a range of functional components which can also be easily created, including electronics. Additive manufacturing machines can produce a conductor, resistor, dielectric and semiconductor inks which can be processed to create both active and inert components. Shielding, antennas, and sensors are just some of the types of electronic components which can be created. Combining additive manufacturing in both the aerospace and electronics industries provides some very advantageous technology, including the ability to print directly onto the wing of unmanned aerial vehicles, creating a lighter and more streamlined design.

  • 3D-Printed Electronics:  Applications and Opportunities
  • 3D Printing for Prototyping in the Electronic Industry
  • 3D-Printed Electronics:  Hardware, Materials and Service Offerings
  • The potential for Revenue Generation by 3D-printed Electronics
  • Segmenting a Future 3D-printed Electronics Sector
  • Printed Electronics:  Emerging Specialist Firms
  • Ongoing R&D in 3D-Printed Electronics
  • 3D-Printed Metals, Dielectrics for the Electronics Industry
  • The Future of 3D-Printed Electronics is non-proprietary Materials
  • Supply Chain Structure for the 3D-Printed Electronics Sector
  • Market Forecasts for 3D-Printed Electronics
  • 3d printing applications in electronics
  • 3d printing embedded electronics

Road and traffic accidents are unsure and unpredictable incidents and their analysis calls for the understanding of the elements affecting them. one of the key targets in accident data evaluation to discover the primary elements related to a road and traffic accident. but, miscellaneous nature of road accidents records makes the analysis task tough. Data segmentation has been used extensively to conquer this heterogeneity of the accident information. The outcomes display that the aggregate of k mode clustering and association rule mining may be very inspiring as it produces crucial information that might stay hidden if no segmentation has been done prior to generating association regulations. in addition, a trend analysis has also been executed for every clusters and EDS accidents which reveals distinctive trends in the different cluster while a positive trend is shown by means of EDS. trend analysis additionally suggests that previous segmentation of accident records may be essential earlier than analysis.

  • Track 36-1K-Mode Clustering & Data Mining
  • Track 36-2Data Segmentation
  • Track 36-3Road Crash Data
  • Track 36-4Road Accident Analysis & Data Mining
  • Track 36-5Factor Identification & Predictions

Gathering, storing, merging and sorting huge amounts of data had been the main challenge for software and hardware centers. Growing variety of businesses and establishments has solved and evolved tools for saving and storing tables, documents or multimedia information. Database systems are a chief tool in triumphing applications. those systems have regular hundreds or hundreds of thousands of entries. The goals of analytical equipment are obtaining necessary and beneficial information from gathered records and therefore using them for active control and selection making. The main purpose of this contribution is to offer a few possibilities and tools of data analysis as regards to availability of very last users.

  • Track 37-1Big Data Security & Privacy
  • Track 37-2Medical Informatics
  • Track 37-3E-Commerce & Web Services
  • Track 37-4Visualization Analytics for Big Data
  • Track 37-5Predictive Analytics In Machine Learning & Data Mining
  • Track 37-6Interface to Database Systems & Software System

Tissue and Organ failure is brought on by aging, illness, accidents, and birth defects. The present treatment for these failures is a replacement from a living or expired Organ/Tissue Donor. Three-Dimensional Printing, or "stereolithography", is the way toward keeping materials in layers to shape 3D objects. "Bioprinting" includes the utilization of modified 3D printers, empowering them to print natural materials. Progressions in this technology, alongside biomaterials, will enable a patient's own cells to be utilized to build replacement tissues and organs for those in need. The ordinary procedure for bioprinting 3D tissues and organs includes Imaging, Design approach, Material/Cell determination, Printing, and Application. Imaging of the earth of the harmed tissue is useful in the outlined procedure and includes the utilization of X-ray, CT scan, and MRI imaging. Minitissues are the smallest auxiliary and functional components of a tissue, similar to a kidney nephron. These are utilized as a part of both "Biomimicry" and “Self-assembly” strategies. The test of actualizing 3D printing with Organ and Tissue building is taking innovation intended to print liquid plastics and metals, and adjusting it to a procedure that prints delicate, living, natural materials.

  • 3D print living tissue
  • 3-D printed blood vessels
  • 3-D printed hearts
  • 3D-Printed Usable Human Bones and Muscles
  • 3D Printing orthopedic

The technology of data analytics attains a huge boon to both people and companies bringing personalized service, detection of fraud and abuse, efficient use of sources and prevention of failure or accident. Current improvements in analytics and big data era have widened the space between what's viable and what's legally allowed, converting the stability of power among individuals and the data collectors. Inside this gap are new possibilities along the dangers of public relations failures and accidental results. And it's miles inside this gap where the ethical questions around what is appropriate are raised.

  • Track 39-1Data Encryption
  • Track 39-2Data Hiding
  • Track 39-3Public Key Cryptography
  • Track 39-4Quantum Cryptography
  • Track 39-5Convolution
  • Track 39-6Hashing
  • Fiber Architecture
  • Hydro-reactive Polymers/Hydrogels
  • Cellulose Composites
  • Thermo-reactive Polymers/Hydrogels
  • Digital Shape-Memory Polymers
  • Stress Relaxation
  • Thermal Photo-reactive Polymers

Some of the predictions that emerge as we see the present scenario of big data and data analytics can likely be that, Data volumes will continue to grow, Ways to analyse data will improve, More tools for analysis (without the analyst) will emerge, Prescriptive analytics will be built in to business analytics software, Autonomous agents and things  will continue to be a huge trend, and some more additional changes would be noticed in further future.

  • Track 41-1Business Analytics
  • Track 41-2Optimal Data-Dependent Computation
  • Track 41-3Delegating Computations
  • Track 41-4Convergence of Fast Computations
  • Track 41-5Optimal Error Rates
  • Track 41-6Approximation & Optimization Schemes
  • Track 41-7Randomized Compositions

In figures, a facts movement concentrate, by and big, known as an enterprise data stockroom (EDW), is a structure developed for reporting and facts inspection. Statistics Warehousing is focal narratives of encouraging information from at least one awesome resource. This statistics warehousing merges statistics Warehouse Architectures, Case examines: statistics Warehousing structures, information warehousing in enterprise Intelligence, the position of Hadoop in business Intelligence and facts Warehousing, the business makes use of data Warehousing, Computational EDA (Exploratory statistics evaluation) strategies, system studying and facts Mining.

  • Track 42-1Data Warehouse Architectures
  • Track 42-2Case studies: Data Warehousing Systems
  • Track 42-3Data warehousing in Business Intelligence
  • Track 42-4Role of Hadoop in Business Intelligence and Data Warehousing
  • Track 42-5Commercial applications of Data Warehousing
  • Track 42-6Computational EDA (Exploratory Data Analysis) Techniques

M&S is the use of a physical or logical representation of a given system to generate data and help determine decisions or make predictions about the system. Additive Manufacturing (AM) or 3D Printing (3DP) for exacting applications still face a technical challenge. The expansion of 3DP  has created a need for simulation and data management tools. Numerous 3D techniques that have been developed to manufacture complex-shaped components along with more precision that will help to optimize the 3DP process in order to reduce production costs, improve performance & increase robustness/reliability by optimizing design i.e. it all requires is systematic modeling and simulation especially at the time of designing.

  • Simulation modeling
  • Process simulation 
  • Computational methods
  • Lightweight additively manufactured structures;
  • Integration of modeling with process design
  • Methods to control & minimize defects. 
  • Analyzing variation of properties, such as orientation, volume and print direction 

Open data is the feeling that some data need to be unreservedly available to all of us to make use of and republish as they wish, without confinements from proper, licenses or different systems of control. The targets of the open data improvement are like the ones of different "open" traits, as an example, open premise, open device, open fulfilled, and open access.

  • Track 44-1Open Data, Government and Governance
  • Track 44-2Open Development and Sustainability
  • Track 44-3Open Science and Research
  • Track 44-4Technology, Tools and Business

A frequent pattern mining is an example that occurs as often as viable in a data set. Initially proposed by [AIS93] on the subject of regular issue units and affiliation guideline digging for commercial enterprise sector crate research. Stretched out to a huge variety of issues like chart mining, consecutive instance mining, instances association design mining, content material mining.

  • Track 45-1Frequent item sets and association
  • Track 45-2Item Set Mining Algorithms
  • Track 45-3Graph Pattern Mining
  • Track 45-4Pattern and Role Assessment

3D Printing gives us the ability to handle any level of complexity and also ensures pinpoint accuracy especially in industries like Jewellery, Entertainment, and Fashion where lies less scope of slip-up. For the world of fashion, 3D Printing is not a new concept and when it comes to the fashion world it has to be astonishing, astounding, sensational, stunning and what not?                                            

With the help of 3D Printing, the world has come up with several techniques of magnificent work

  • Gold 3D Printer
  • 3d printed jewelry wax
  • 3d printing jewelry molds
  • 3D Printed Jewellery for the Fashion Forward

3D Printing is moving in several directions as of now and all signs are that it will keep on expanding in numerous ranges later on. The absolute most encouraging zones incorporate medical applications, custom parts substitution, and customized buyer items. As materials enhance and expenses go down, different applications we can barely imagine today will become possible.

  • Material Extrusion
  • Vat photo polymerization
  • Material jetting
  • Binder jetting
  • Powder bed fusion
  • Directed energy deposition