Author: Vijay A. Kanade

Abstract: Internet of Things (IoT) is connecting the world, and things are becoming dynamically interactive. The future of the interactive world is being carved by the advancement in the field of Internet of Things. Graphene-based technologies, a new paradigm in miniaturization of IoT devices, plays a lead role in carrying the future of IoT ahead, as it can handle interactivity by controlling physical devices at nano-scale level. The paper illustrates a novel prototype of a Graphene-based IoT device (i.e. a skinny mobile phone) that folds, flexes. The IoT device “Voice-Magstripe” is a razor thin handset powered by flexible battery units (micro-supercapacitors) or see-through solar panels built directly into a colorful screen. The proposed inventive model is an ‘all-in-one’ multifunction flexible device which augments the operations of a smartphone and a smartcard in a systematic way. “Voice-Magstripe” is a two layered ‘graphene’ architecture that encompasses a novel concept of embedding a dynamic rewritable/reconfigurable magnetic stripe onto a flexible graphene sheet by utilizing nano-sized graphene solenoid(s). The invention paves a way for a future of IoT devices that are cheaper and easier to handle thus avoiding the hustle of carrying bulky IoT gadgets.

Year: 2017

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Author: Vijay A. Kanade

Abstract: With the growing advancement in technology, IoT is exposing a new paradigm that is slowly creeping into all facets of human life. IoT has revolutionized the way we live our lives today. Smart watches, health-meters, fit bits, smart clothes, smart lenses, smart refrigerators, etc. are being graciously accepted by the community. The IoT arena has come to the fore to make our life convenient and comfortable. However, there are some grave problems such as pollution that can be tackled with the help of IoT for the longevity of life on this planet. The paper focuses on noise pollution parameters and proposes a cost-effective solution for managing its consequences. The paper discloses a novel invention in the field of IoT for reducing the physiological and psychological effects of noise pollution on humans. We have proposed a wearable product M + that smartly monitors blood pressure and heart-rate of a person. Further, M+ has an `anti-noise' technology embedded into its framework which is synchronized with the above two health parameters.

Year: 2019

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Author: Vijay A. Kanade

Abstract: The modern age is driven by video streaming services. Video streaming vendors allow the viewers to view the digital content on televisions, desktops, laptops, phones, electronic gadgets, etc. The video streaming platforms run on the monthly subscription model, wherein the streaming services acquire licensing rights to the digital content and further make the content available to the customers based on the type of subscription chosen by a user. As the over-the-top (OTT) platforms gain popularity in video streaming services, delivery of preference-based digital content to the consumers seems to bring about a paradigm shift in video streaming services. However, the consumer can view only one content at one time as the transmission station broadcasting the composite video signal accommodates separate video channels on separate frequency windows by applying modulation techniques. The paper discloses a novel method for embedding multiple video frames into a single video stream by utilizing a genetic algorithm, such that multiple consumers can view multiple preference-based video contents at one time.

Year: 2020

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Author: Vijay A. Kanade

Abstract: The research paper discloses a theoretical model of a ‘content personalization device’ that functions over an Operating System (OS) of any mobile handheld device. The device is in the form of a thin layered transparent film that fits on the screen of the mobile device. The device operates as a layer over the OS as all the content mediated or allowed by the OS on the device passes through this personalization layer, where it gets filtered. This layer analyzes user interactions with the device and provides filtered content based on user’s response for the content. The externally integrated device tracks user’s device usage pattern and adapts to changing user choices and preferences over time, for filtering and displaying relevant content to the user of the mobile device.

Year: 2020

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Author: Vijay A. Kanade

Abstract: The Coronavirus disease 2019 (COVID-19) pandemic has exposed our limitation in tackling respiratory viral diseases. As the world continues to battle the pandemic, we have only been able to comprehend defense mechanisms in the form of face masks, clinically approved drugs, sanitizers, and immune boosting eatables. However, the challenge to develop full-fledged therapeutics or vaccines against COVID-19 still seems a far-fetched idea. In light of this, the research paper proposes a novel wearable device to safeguard individuals against COVID-19 as well as polluted air. The wearable device creates a personalized secure space for an individual in the fight against air borne viruses & contaminants. The device harnesses the photo catalytic property of photo catalysts and air disinfecting property of non-thermal plasma for keeping the space around the device wearer clean & harmless. The proposed device resembles a neckband & can be worn around the neck for its effect in the wearer’s vicinity.

Year: 2020

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Author: Vijay A. Kanade

Abstract: The research paper discloses the implementation of rSense, a novel gesture-based human assistive device. The device comprises a ring and wireless earpiece, wherein the ring has Internet connectivity and is operated via gestures, while the earpiece is connected to the ring via Bluetooth. The proposed device utilizes sensory modalities of vision, hearing to perceive the environment and assist individuals by relaying relevant feeds over the earpiece in real time. It uses gesture-based controls and Internet-assisted intelligence to perform any tasks such as reading, object recognition, speech recognition and others. The device is capable of providing high-level assistance to students, researchers, blind people, and people with reading disabilities.

Year: 2022

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Author: Vijay A. Kanade

Abstract: SmelloT refers to a digitized framework adopted by electronic devices to electrify scent. It integrates smell into a communication system that allows users to code, digitize, transmit, and recreate scent shared over a network. In this paper, we propose a scent recreating interface that facilitates electrical stimulation of smell sensations for a target user. The interface relies on galvanic coupling manifested via silver electrodes that are placed over the nasal cavity in a manner that actuate the epithelium cells responsible for olfaction by inducing electric impulses. The current and frequency parameters of these impulses are varied across time intervals to study the effectiveness of the interface on the olfactory receptors of the real user. The affected cells communicate the olfactory information to the brain via the olfactory nerve, thereby realizing the electrified smell. We performed experiments by placing two silver electrodes (1-2 cm apart) on top of a nose at 4.5-5 cm from the nostrils. Electric impulses in the range of 2mA - 4mA are provided at varying frequencies of 4, 20, 60, and 170 Hz for a duration of 15 sec each. The results revealed that the electrodes were able to electrically stimulate the olfactory receptors through galvanic coupling as the participant was able to perceive smells of different types such as fragrant, sweet, minty, chemical smells, and so on. The paper further proposes a novel ‘smell-o-search’ application that integrates a smell search option into a conventional search engine to enable users to search for similar scent profiles across a geography.

Year: 2022

Author: Vijay A. Kanade

Abstract: The human body radiates a long-wavelength IR of about 10 microns or 10 μm. Planck’s law allows us to describe the amount of energy the body gives off as radiation of different frequencies in mathematical terms. The paper harnesses these IR properties for allowing surgeons to perform surgeries remotely. The paper proposes a system composed of a novel medical device [IR camera + Projector] with a pair of attached robotic arms that capture an image of a target organ of a patient and reproduce it at a remote location having another device [IR camera + Projector]. The paper discloses a method to reimage a 3D interactive display for the captured image that enables in-volume interaction with the stereoscopic 3D volume. The method provides an integrated touch sensing mechanism where IR cameras detect human hand, finger, and body interactions within the floating 3D display volume. As the surgeon interacts with the 3D display at the remote location, the actions are reproduced by the robotic arms provided on the medical device at the patient’s location. Thus, by using ‘Light Coded Language’ in the form of ‘infrared thermography,’ depth sensing technology is employed for operating the patient remotely. The proposed system is explicitly outlined for conducting medical emergencies.

Year: 2019

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Author: Vijay A. Kanade

Abstract: In 1924, de Broglie proposed that every matter has an accompanying matter wave which contains information and functions like matter itself. The paper discloses an electric device that utilizes resonant frequency of the earth (i.e., 7.8 Hz) to activate and transfer matter waves of a pill/drug to water that possesses memory. Our research findings demonstrate that the matter wave expressions imprinted onto water replicate the functionality of the original matter—thereby showing that the biological reactions could occur without physical presence of the material. Thus, we propose a novel non-invasive curative approach for various curable and incurable diseases like cancer, neurological diseases (Brain tumor, Alzheimer’s, Parkinson’s) that confront the blood-brain barrier challenge for drug delivery to the brain.

Year: 2019

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Author: Vijay A. Kanade

Abstract: Humans have five basic senses that are essentially outward bound. These senses take care of the human survival process. Concurrently, there is an enormous degree of involuntary activity unfolding within a human body that humans are literally not aware of. Some of the examples include water circulating through the body, blood flow within the body, the functional activity of lungs, heart, kidneys, brain, etc. The research proposal discloses a first-of-its-kind method of developing an inward bound ‘sense’ for harnessing perception beyond the ‘five senses’ which are distinctively outward bound. The proposal involves monitoring, recording and analyzing the acoustic fingerprint of the blood around the blood vessels as it flows through them. This would allow the medical fraternity to regularly track and monitor internal bodily parameters which could detect abnormalities in the human body at a very early stage. Thus, the developed ‘inward sense’ would prove to be helpful for diagnosis of any disease in its preliminary phases.

Year: 2019

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Author: Vijay A. Kanade

Abstract: Virus like any other object has its own unique frequency signature that makes the virus vibrate at a certain frequency. Due to this natural frequency of vibration, the virus is susceptible to resonate at a frequency that is tuned to its own fundamental frequency. In the research proposal, we have established a theoretical model for COVID-19 virus inactivation. The disclosed research deals with the transfer of energy waves to the structure-resonant virus, wherein the virus is inactivated by physically rupturing the virus structure. The proposal provides a novel method and apparatus for developing a resonant-energy induced virus inactivation strategy as a solution for COVID-19.

Year: 2020

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Source: WHO

Author: Vijay A. Kanade

Abstract: Humans interpret the surroundings through the five fundamental senses – sight, sound, smell, taste, and touch. The lack or loss of any one of these senses can disable an individual considerably. Individuals with multiple sensory impairments also exist today, thereby making their life slightly more complicated than the others. The research proposes a unique design of sensory substitutions that can facilitate individuals to overcome sensory impairments. The system offers intelligent crosslinking and association of ‘senses’ for individuals with specific sensory disabilities and in-turn enables them to gather information, interpret and comprehend the world better as like normal people.

Year: 2022

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Author: Vijay A. Kanade

Abstract: The proposed idea is a non-invasive method for identifying the blood group of a patient without puncturing/breaking the skin. The paper presents a method to automatically determine human blood type by applying image processing algorithms to the optically captured images of superficial capillaries underlying the skin surface. The technique embeds Multiwavelength Light (MWL) scattering method as light passes/cuts through the capillaries for dynamically classifying blood cells based on specific antigens on the Red Blood Cell (RBC) surface. The portable optical device (camera) along with the photo-detectors form the basic detector structure: Used to detect the scattered light distribution/pattern produced by the blood cells to determine the blood type without drawing the blood samples from the body.

Year: 2016

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Author: Vijay A. Kanade

Abstract: The research proposal discloses an electronic see-through skin that can be worn or wrapped around any object (i.e., human body, hands, legs, brain, etc.) and would allow to see-through the object irrespective of its physicality. The see-through skin modulates the light rays passing through the scattering opaque medium by utilizing the “Spatial Light Modulator (SLM).” The proposal elaborates on the optimization of the SLM for wavefront control of the light rays as they pass through the optically adaptive electric see-through skin. The optimized SLM helps to see-through any opaque object by resolving the shape of an object that is hidden behind the opaque object and is not in a direct view. The research proposal presents the simulation results of the evolutionary algorithm employed for optimizing the SLM.

Year: 2020

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Author: Vijay A. Kanade

Abstract: The proposed research discloses a novel mechanism for repairing and maintaining the electronic circuits during an event of failure without actually dismantling or opening-up the device circuit boards. The mechanism uses light field technology, wherein a 3D interactive view of the short circuit component is projected so that the technician can directly interact with the 3D display and in turn fix the wiring in the actual device circuit without physically interacting with the circuit. As the technician interacts with the 3D display, the light source within the internal circuitry generates multiple light beams that fluctuate with varying intensities and apply an optical force on the damaged circuit components so that the circuit components align and re-arrange themselves. We have used Spatial Light Modulator (SLM) for this purpose since the SLM optimizes and focuses light on the target (damaged) circuit component and can drive the component mechanically with greater magnitude. The optimization of SLM is carried out by using the Genetic Algorithm (GA). The simulation results for the optimized SLM based on GA are presented in the research proposal.

Year: 2020

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Author: Vijay A. Kanade

Abstract: Electrical energy consumed worldwide today amounts to about 22,500 terawatt-hour (TWh). A larger chunk of this electrical energy is used to produce light energy. Excessive production of light energy (termed as 'light pollution') causes a disturbance in the natural environment that living beings live in. The very light energy when produced above a threshold poses certain drawbacks such as disrupting ecosystems, in particular affecting nocturnal wildlife, adverse health effects such as sleep disorders, increased headaches, etc. Hence, there seems to be a stronger need for developing a substitute for electrical form energy used for producing light energy. The research proposal discloses a portable lighting device that harnesses the properties of photo luminescent pigment 'Strontium Aluminate' for producing light energy by utilizing a free source of energy. The lighting device uses a portion of 'Strontium aluminate' mixed with freely available 'water' resources to produce light energy in the presence of black light.

Year: 2020

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Author: Vijay A. Kanade

Abstract: The research proposal discloses a novel microscopic device and method for making a colorless pathogen specimen (i.e., virus, bacteria) visible to the human eye. The novel device fits like a headgear on a user’s head. Further, the novel method involves the usage of evanescent waves that are generated by surfaces of the objects that undergo excitation on the incidence of a certain light wavelength. The microscopic device uses optical sensors to detect the evanescent waves generated by the object surface. Further, the microscopic device also uses nano projecting units for projecting the captured evanescent waves on the projection screen that in turn magnifies the captured object’s evanescent waves. Hence, the disclosed research proposal serves as an effective solution for viewing tiny viruses that are not visible to the human eye, such as COVID-19 virus.

Year: 2020

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Source: WHO

Author: Vijay A. Kanade

Abstract: IoT is revolutionizing the way we live life today. Hundreds of thousands of devices are entering the Internet connected world and sending / receiving tons of data at scales never before seen. Smart phones, smart refrigerators, smart bands, activity monitors, smart watches and plenty more devices are seamlessly communicating with each other. Prior to the emergence of the Internet of Things (IoT), the data producers and consumers were large enterprises. Apart from the large enterprises - if we could observe the banking & transportation sectors, one would notice that banks processed data referring to the millions of transactions everyday - Transportation companies like FedEx were surrounded by omnipresent data points - around every package they delivered. All of the above mentioned data needed to be stored in a secure environment. Today, data storage is rooting its base beyond the conventional enterprises - into the IoT framework - dealing with newer landscapes for upcoming industries (e.g. smart homes) and IoT devices (e.g. smart-watch). With all the data being exchanged between a plethora of devices, storing and remembering the secret & sensitive data (i.e. passwords, keys) is posing a serious challenge. With the advent of IoT, the number of devices possessed by an individual has close to doubled - owing to the increase in sensitive secret data. This paper deals with a novel invention in the field of `IoT storage' for securely storing sensitive data (keys, passwords, secrets for user authentication) on an organic human hair. The invention provides a method of cryptographically storing data onto an organic optical memory by using `Excimer Laser' and accessing the stored data by using `Multi-Wavelength LED' light source.

Year: 2017

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Author: Vijay A. Kanade

Abstract: The automobile industry plays a key role in a smart city environment. This includes public transportation, personal cars, autonomous vehicles, and rental cars. Governments regularly come up with new vehicle rules and standards such as emission standards, fuel economy standards, gaseous pollutant rules, free acceleration smoke, and others to ensure safety on roads. While drafting new vehicle policies is critical, assessing and enforcing them can pose a greater challenge to the concerned agencies. The research paper proposes a unique UAV-based network that regulates the vehicle standards in smart cities and alerts the authorities in case of any anomaly in real time.

Year: 2022

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Author: Vijay A. Kanade

Abstract: The paper discloses an innovative system and approach to harness wireless Wi-Fi technology by enabling trees to generate wireless signal via biodegradable chips. The wireless signals undergo beamforming in order to focus the signals in a desired direction. The signals apart from beamformed ones are exposed to a tiny membrane that essentially converts the wireless signals (form of radio waves) incident on it into visible light. The radio waves hence are converted into photosynthetically active form of radiation and therefore the converted radiation is further distributed in the tree habitat. The radiation is used by the trees for photosynthesis purposes. Hence, the adverse impact of wireless signals on tree growth is avoided through beamforming and conversion of wireless radio waves to visible spectrum.

Year: 2020

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Author: Vijay A. Kanade

Abstract: In today's IoT world, an increasing number of devices are getting connected to one another every day. All these devices basically operate on the framework of the Internet. Internet facilitates communication between these mesh of devices, allowing transfer and exchange of data. The Internet has long been provided by operators to users of mobile devices through various mediums like: Data-pack, Wi-Fi, Li-Fi, Gi-Fi, etc. All these solutions usually require a specific set of protocols, a specific hardware or Application Programming Interfaces (APIs) for their operation. However, it is well known today, that all the mobile devices under consideration are equipped with an in-built microphone(s) and a speaker(s). We are harnessing Internet connectivity by utilizing the functionality provided by these two basic units. In the paper we are proposing an idea of transmitting Internet data over audio waves with a proof-of-concept prototype for the proposition.

Year: 2018

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Author: Vijay A. Kanade

Abstract: The Internet is playing a critical role in today’s world. It has kept people connected regardless of the physical barriers. Business connections, communications and remote work seems a possibility today due to the internet. However, with the growth in smart devices & exponential increase in the number of internet users, there has been significant growth in the global internet traffic which has exposed the limitations of the RF signals used in wireless communication in households, offices and public places. In addition, these RF signals encounter disturbances as they travel through the transmission medium i.e. air and undergo attenuation. As a result, the RF signals received at the client end device seem to display an inconsistent and unstable flow, leading to an unsteady internet connection for its users. The research paper discloses a novel solution to address the problem of inconsistent and unstable internet connection observed in a Wi-Fi networking environment, wherein Wi-Fi routers are at play in a defined geography

Year: 2020

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Author: Vijay A. Kanade

Abstract: The research paper discloses a novel method to transmit audio content over a secure communication channel by using light optics. The proposal uses Light-based Doppler Interferometry(LDI) to measure sound-field in the room. The measured sound-field values are used to create silence bubbles at the sender and recipient side by using hybrid active noise-cancellation to ensure effective communication. An audio signal is picked up from the speaker placed at the sender’s side and is used to modulate the current source that drives an LED light. Upon audio-to-light conversion, the output optical signal is transmitted through the air to the intended recipient present at the other end of the room, who is some distance away from the sender. The experiments were performed using the LED light and a laser diode separately to explore different options available for indoor communication. According to the experimental results, LED light could transmit 12 dB more power than the laser diode across different audio frequencies for both setups of no air gap (i.e. 0cm) and an air gap of 4cm between the light source and photodetector. Also, it was identified that the laser diode transmitted consistent power for a known distance as compared to LED light. The attenuation for LED light and laser diode with respect to distance was found to be ≈5.5 dB/cm and ≈4.9 dB/cm respectively.

Year: 2022

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Author: Vijay A. Kanade

Abstract: The research paper unveils the design and development of a sustainable biofibre-based signal enhancer used for wireless signal enhancement. The increasing demand for seamless wireless connectivity has led to the widespread use of signal enhancement technologies. However, conventional systems suffer from drawbacks such as high energy consumption and reliance on non-renewable materials. In response, this study proposes biofibre-based enhancers that leverage the unique properties of natural fibres such ones derived from plant leaves. These enhancers support natural beamforming phenomena and offer lightweight, flexible, and high surface area characteristics to optimize signal reflection, absorption, and transmission. The research focuses on material selection, manufacturing techniques, and integration of biofibre-based elements into signal routing units to enhance signal propagation and coverage. Experimental evaluations demonstrate the efficacy of the proposed solution in improving signal strength across a space. The adoption of biofibre-based signal enhancers promotes eco-friendly practices and provides a more sustainable approach to wireless signal enhancement.

Year: 2023

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Author: Vijay A. Kanade

Abstract: The adoption of Multi-User Multiple Input Multiple Output (MUMIMO) tech in IEEE 802.11 standards transformed wireless communication, enabling data transmission to multiple users simultaneously. However, traditional antennas struggle to meet MU-MIMO's precise beamforming needs. Additionally, the environmental impact of non-biodegradable antennas adds complexity. This research introduces an eco-friendly antenna design using biodegradable plant fibers like cotton, hemp, bamboo, and jute. This sustainable antenna not only addresses e-waste concerns but also offers a long-term, eco-conscious solution for precise beamforming. Experimental analysis validates its effectiveness, showcasing potential to revolutionize wireless tech with minimal environmental impact.

Year: 2024

Author: Vijay A. Kanade

Abstract: The paper illustrates a novel concept & implementation technique for "[Bio-Net]-of-Things (BoT)". BoT discloses a method for bringing all the living systems online - so we have humans, IoT devices (inanimate) & bacteria, viruses, plants, crops, etc. all under one bracket of Internet. In this paper we are envisaging symbiotic intelligence for solving the problem of air pollution through BoT. We are facing the pollution menace from vehicles, industries, etc. to a greater extent, especially to the people who are living near roadsides in cities. Carbon monoxide, Nitrogen oxides (NO_x), SO₂ are the prominent air pollutants found in most cities. Out of these, NO_x is one of the major pollutants emitted from vehicles. NO_x gases react to form smog and acid rain, as well as being central to the formation of fine particles and ground level ozone, both of which are associated with adverse health effects. The paper demonstrates a setup that utilizes the photo catalytic effect of Titanium dioxide (TiO₂) for reducing the effect of air pollution. The pollutants in the air are explicitly identified with the help of on-chip spectrometers and TiO₂ is economically sprayed onto those target air pollutants. The cost effective usage of TiO₂ is worked out by implementing an 'Unsupervised Particle Swarm Optimization' algorithm. The viability of the proposed IoT platform is confirmed by building a smart test-bed for executing the unsupervised algorithm. Experimental results show that BoT can be effectively deployed through this algorithmic middleware which can support 'n' no. of BoT devices. Thus a pioneering technique is disclosed for tackling the problem of air pollution.

Year: 2018

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Author: Vijay A. Kanade

Abstract: The paper discloses a novel concept of developing a conscious machine. Human consciousness is a driving factor behind the presented concept. ‘Integrated Information Theory (IIT)’ is applied to the hardware circuits in order to make the circuit(s) with a certain configuration active/alive. We have used an evolutionary algorithm that combines ‘Evolvable Hardware’ with ‘Integrated Information Theory of Consciousness’ to develop a conscious set of machines. Evolvable hardware is simulated by using Darwin’s evolution theory that is related to Genetic Algorithms (GA). Further, IIT is integrated into the results of first GA so as to harness the consciousness factor in circuits with a certain circuit configuration. The results of the evolutionary algorithm are evaluated to validate the proposed concept.

Year: 2018

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Author: Vijay A. Kanade

Abstract: The research proposes principles for developing advanced visual systems that assist AI-based aerial drones in navigation. The system mimics color vision mechanics as observed in insects and animals. It harnesses a greater level of optical perception as different wavelengths of light are used for navigation of UAVs. The proposed system is employed to program drones that allow them to pilot autonomously by using their ‘eyes’ (i.e. cameras).

Year: 2021

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Author: Vijay A. Kanade

Abstract: The paper discloses a ‘spatial light modulating wearable device’ that acts as a substitute to conventional eyewear. The device is a wearable band that fits over the forehead. It operates on the principle of ‘Mirage effect’. The wearable band captures heat given off by a human body at the posterior regions (i.e. left & right end) of the face - just below the ears. The heat captured by the device is conveniently channelized to heat up the air lying on the positive/front side of the human eye. Heat channelization is accomplished through a number of vantage points that are incorporated on the wearable device. These standpoints direct heat through specific channels for warming the air at a peculiar distance such that light gets modulated before entering the subject’s eye. Therefore, the device's mirage effect allows ‘optical modulation’ of light rays (i.e. modulation of the spatially distributed light rays) as they enter the human eye.

Year: 2019

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Author: Vijay A. Kanade

Abstract: Inspired by 'The Google Glass', this paper shows a method of capturing 3D images/videos by using a wearable contact lens based on eye movement detection. The paper puts light on the methods that can be used to track and detect eye movement (i.e. blinks or winks) through sensors installed on the contacts for capturing picturesque 3D scenes. The presented paper embeds Light-Field technology in the Len’s hardware for enabling enhanced photographic imaging of various scenes. The images captured by the wearable contact lens are wirelessly shared with the nearby user device like cell phone, tablet, desktop, etc. through an antenna, as the entire unit of the lens & smartphone, etc. forms a network of IoT (Internet of Things) devices. These captured images are further processed to give a 3D effect to the static set of photos/scenes

Year: 2016

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Author: Vijay A. Kanade

Abstract: Placebo effect is an epidemic phenomenon observed in subjects who perceive an improvement in his/her medical condition due to personal beliefs, rather than the drug treatment itself. Placebos play a significant role in medical research. Common placebos administered by the doctors include inert tablets (like sugar pills), shame surgery (placebo surgery), and other procedures opted by providing false information. Placebo effects are prominently driving the scientific research aiming to unravel the underlying neurobiological facets of action in pain relief, Parkinson’s disease, depression etc. Placebos have been observed to impact the physiological changes in the human body, such as heart rate, blood pressure accompanied by the chemical activity in the brain, in medical cases which involve pain, anxiety, fatigue, etc. The placebo effect projects the notable influence of perception and brain’s role in the physical health of a human. However, the question of how placebos work has still not been answered with utmost surety by medical science. The paper proposes a unified platform for studying, factoring and visualizing the underlying effects of placebo/nocebo on human cell physiology, wherein the nocebo effect is the negative version of placebo effect.

Year: 2017

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Author: Vijay A. Kanade

Abstract: The space around the planet Earth is littered with a vast amount of ‘Space Debris’. Space debris, junk, rubbish, remains, waste, or trash is a cluster of obsolete man-designed articles in space – old dilapidated satellites, wastes from multi-stage rockets, and flakes derived from erosion, collisions caused by debris itself or malfunctioning space units. This orbiting debris is growing at an alarming rate and posing a serious threat to the operational orbits above the planet. There is enough scientific evidence to suggest that the debris density at the Low Earth Orbit (LEO) has already reached a sufficient level to trigger a chain reaction of debris-collisions. To avoid any damage to the essential orbiting satellites and to keep the planet’s space sustainable, we ought to soon embark on a mission of cleaning-up the space debris. Space organizations and scientific communities around the world are well-informed of the threat space debris possesses and have developed solutions on how to tackle the problem for a better future. Prominent solutions for the above problem includes launching a spacecraft for actively removing the dangerous plethora of space debris pieces. Such a missioner-spacecraft would isolate / de-orbit or clean several targets (i.e. debris) during one single mission. This raises a significantly relevant question of “what kind of targets and in what order should the spacecraft visit them?” This paper answers the above question. The paper presents a novel method of employing ‘NeuroG’ (i.e. Neuro-engine) on a satellite platform for removing the space junk in a cost-effective & coherent manner.

Year: 2017

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Author: Vijay A. Kanade

Abstract: In an era of technology, digital marketing has evolved many folds. Digital marketing involves advertising delivered via digital channels such as search engines, websites, social media, email, and mobile apps. Digital marketing is a method opted by companies that endorse goods, services, and brands by using online media channels. In addition to digital marketing, personalization is another area of e-commerce that has taken the world of advertisement with a storm. However, both these marketing gimmicks have impacted the bandwidth consumption of the internet users significantly. Internet data usage has soared high in recent times as the users are blinded by digital marketing methods. The research paper proposes a novel custom plugin, to be used on portable computing devices for keeping Internet data consumption in check, thereby eliminating the economic overhead for the end users.

Year: 2020

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Author: Vijay A. Kanade

Abstract: Suspect identification is an integral & significant part of forensic sciences. Face generation is an important issue when the face of a suspect is described by a witness. The aim of the paper is to simplify the process of creating the facial composites and thereby generate the images of facial likeness by utilizing advanced genetic algorithms. The disclosed procedure is comfortable for a forensic technician and natural for a witness at the same time. The proposed genetic algorithm evolves from the original algorithm by employing a feedback-loop mechanism, wherein most optimal solution is obtained for the generated facial composite.

Year: 2020

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Author: Vijay A. Kanade

Abstract: Accurate and precise measurement of evidence is fundamental to forensic investigations. Incorrect mapping of evidence to the surroundings can lead to the eventual exclusion of evidence or spark a debate over its significance. The paper proposes a technique to record the traces of thermal radiation at the crime scene to recreate and preserve the evidence for future forensic analysis. The research introduces a novel application of passive infrared radiation to preserve biological evidence for a longer duration.

Year: 2022

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Author: Vijay A. Kanade

Abstract: The research proposal discloses a novel drone-based ad-hoc network that leverages acoustic information for power plant surveillance and utilizes a secure blockchain model for protecting the integrity of drone communication over the network. The paper presents a vision for the drone-based networks, wherein drones are employed for monitoring the complex power plant machinery. The drones record acoustic information generated by the power plants and detect anomalies or deviations in machine behavior based on collected acoustic data. The drones are linked to a distributed network of computing devices in possession with the plant stakeholders, wherein each computing device maintains a chain of data blocks. The chain of data blocks represents one or more transactions associated with power plants, wherein transactions are related to high risk auditory data set accessed by the drones in an event of anomaly or machine failure. The computing devices add at least one data block to the chain of data blocks in response to valid transaction data, wherein the transaction data is validated by the computing devices owned by power plant personnel .

Year: 2021

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Author: Vijay A. Kanade

Abstract: IoT industry has come to the fore in this modern techno-frenzy age. This has caused a digital data explosion and has kept the data storage industry on its toes. The paper proposes a novel blockchain-based data storage model where users contribute the storage space of their personal electronic devices to meet the growing data storage needs. The paper dives into a decentralized system design, along with an equitable compensation model for all the storage space contributing users. The decentralized design provides a common platform for interaction between the storage space contributors and buyers. The proposed solution provides an alternative to cloud storage which relies heavily on servers.

Year: 2021

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Author: Vijay A. Kanade

Abstract: The research paper discloses a blockchain-based ad-hoc network that optimizes navigation systems by providing live updates. The fundamental components of the network include user mobile devices and IoT gadgets such as security cameras, street lights, and so on. The proposal allows users to share real-time data on crowd, road type, and other relevant information with the navigation system through a decentralized data sharing platform. The platform offers incentives in the form of cryptocurrencies or equivalent rewards to encourage users to share accurate data in a timely manner. The use of blockchain-based systems ensures that the integrity of the data is maintained, data stays tamper-proof, and cannot be altered once it’s shared.

Year: 2023

Author: Vijay A. Kanade

Abstract: With the advent and evolution of AI, ML and predictive analytics, weather forecasting has become an important area of research in the last few years. As the non-linearity in the nature of weather data is widely known, emphasis has been on non-linear prediction of the weather. However, despite the technological sophistication, weather prediction has lacked precision. The paper proposes a symbiotic model that harnesses the collaborative intelligence of all species and integrates it with modern forecasting systems to predict weather with pin-point accuracy. The developed system decodes the variables processed by various bio-indicators – plants, insects, birds and animals that are currently not a part of any weather forecasting system. Hence, the developed model shows multi-fold increase in the accuracy of weather prediction as it blends the intelligence of biomarkers and modern systems to forecast weather better.

Year: 2022

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Author: Vijay A. Kanade

Abstract: Today, air pollution has become a serious problem for humanity on planet earth. Air pollution is estimated to kill about 7 million people every year globally. Although there has been significant development in fighting air pollution in the recent decades, yet large masses don’t seem to benefit from it as the number of fatalities due to air pollution continue to pile-on. Considering these implications, the research proposes a novel solution that helps in determining air pollution in a user's vicinity just by clicking pictures of the surrounding. These images are processed by employing machine learning (ML) techniques. The method tracks air pollution by analyzing the color pattern of the captured environmental images.

Year: 2021

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Author: Vijay A. Kanade

Abstract: The research paper discloses a first of its kind chlorophyll-based display technology called ‘ChloroView.’ The display is environmentally sustainable and embraces biophilic design principles, offering a refreshing alternative to conventional LCD and OLED displays. The paper explores the development and design of ChloroView, emphasizing its sustainable attributes and its ability to create a deeper connection with nature through its incorporation of chlorophyll-based components. By highlighting the sustainable and biophilic qualities of ChloroView, the research paper presents an innovative and eco-friendly solution that overcomes the limitations of traditional display technologies. In this paper we present the initial findings from the first stage of an experiment conducted to extract, purify, and refine different chlorophyll variants derived from spinach and fallen leaves.

Year: 2023

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Author: Vijay A. Kanade

Abstract: Time dilation is an actual difference of elapsed time between two events as measured by observers either moving relative to each other or differently situated from gravitational masses. The paper deals with the scientific conceptualization of Time dilation in a broader sense. The concept presented focuses on the apparent reason behind the time differences between various planets. Time dilation also encompasses the age old mystery of life in the outer space and the time constraints that they follow which ought to differ with the time standards followed by our universe.

Year: 2014

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Author: Vijay A. Kanade

Abstract: : The understanding of time as linked to the cyclical motions of celestial bodies like the Earth's revolution, the Moon's rotation, and the Sun's movement is foundational. These movements define time in an objective sense, but their underlying influences are critical to comprehend. The motion of these planetary bodies is influenced primarily by gravity, which acts as the orchestrator of their paths.

Year: 2024

Author: Vijay A. Kanade

Abstract: : Consciousness remains a philosophical enigma, intertwined with memory yet distinct in its essence. This research aims to elucidate the nature of consciousness by drawing upon examples of its manifestation across various entities in the universe. It contends that consciousness transcends memory, functioning as a fluid intelligence ubiquitous in every level of existence. The paper explores the distinction between memory and consciousness, examining how consciousness pervades all physical entities and operates beyond the realms of wakefulness or awareness. It argues that while language falls short in defining consciousness, entities such as soil, light, water, and even humans serve as conduits to access this pervasive phenomenon.

Year: 2024

Author: Vijay A. Kanade

Abstract: DNA is the prime genetic molecule, carrying all the hereditary information within chromosomes. The concept presented here deals with the manipulation of the DNA strands artificially during initial stages of cell division and incorporating a protein in a DNA which will have a chemical composition to sustain the attacks by the viruses, bacteria, germs, or any foreign body. This technique of editing the DNA will enhance the immune system of humans to a higher level making them less susceptible to any sort of disease. The method of DNA edition will modulate the genetic information sent during DNA replication without disturbing the sequencing of the base proteins which are the building blocks of a DNA.

Year: 2014

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Author: Vijay A. Kanade

Abstract: Wireless charging is a technique of transmitting power through the air to an electrical device for the purpose of restoring energy. Recently, the wireless charging technology has been significantly advanced in terms of efficiency and functionality. The paper presents an application of a wireless charger which clearly shows the benefit in terms of reduced costs for users to identify the best chargers to replenish energy for their mobile devices. The concept addressed in the paper relates to the universal wireless battery charger for portable electronic equipment and gadgets such as mobile phones, audio devices, etc. The Wireless Battery Charger using Standard TRS Connectors based on “Induced EMF” aims at providing a unique charging facility to all the portable electronic devices of different brands manufactured around the world. The new concept forms the basis of a new generation of wireless universal charging platform for a wide range of electronic gadgets and equipment.

Year: 2015

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Author: Vijay A. Kanade

Abstract: Nanotechnology enhanced, thin-film solar cells constitute one of the most promising energy solutions in today’s age. Along with the thin-film solar cells that harness free sources of energy from the sun, thermoelectric devices play a significant role in addressing energy issues by making an efficient use of energy given out by humans as ‘body heat’. The paper profiles smart integration of nanostructured components into a smart-grid termed as a ‘smart-membrane’ for availing free sources of energy. The membrane leverages the advantage of micro-supercapacitors that act as an energy storage unit interior to the membrane.

Year: 2016

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Author: Vijay A. Kanade

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Year: 2017

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Author: Vijay A. Kanade

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Year: 2017

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Author: Vijay A. Kanade

Abstract:

Year: 2017

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