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Health awareness and management is the global concern. Many promotional and awareness campaigns are run to uplift the awareness regarding the health issues. Social advertising solves the purpose of creating awareness among masses through highlighting the social cause through a strategically crafted message to generate a positive action among homogenous audience. These awareness messages are disseminated among the through the different media platforms such as such as print media, electronic, radio broadcast and now digital media which is the new form of communication. As a result, exposure to such communications is usually passive. These campaigns often face competition from influences such as pervasive advertising ads, strong social expectations, and addictive- or habit-driven behaviors. There are various health issues which are addressed by such public service advertising (e.g., use of tobacco, malnutrition, personal hygiene, alcohol, sex-related behaviors, drugs, heart disease risk factors, cancer screening and prevention, effects of smoking, road safety, child survival, and organ or blood donation). In our opinion mass media efforts can affect significant improvements in health-related behaviors or avert undesirable changes in large communities. This research paper will explore the awareness level generated from social advertising regarding the health issues among the youth below the age of 30 and subsequently will analyze various challenges involved to more strengthen these social messages. The study based on which data tabulation has been made through SPSS (Statistical Package for Social Scientists). To analyze the data through descriptive statistics such as percentage and mean to adequately verify information collected for this study.

Government of India launched a significant cleanliness drive called Swachh Bharat Abhiyan (SBA) to ensure the uplift, the heath technology and hygiene information through the world's largest survey named Swachh Survekshan Survey. To map the success of the campaign. Government of India launched the Swachh Survekshan Campaign in 2016 with observing 73 cities which exceeded to 4242 cities becoming the world's largest cleanliness survey. The survey covers the urban and rural as per population separately and other observations based on different parameters. The purpose of this study is to comparatively examine Indore City which has consistently ranked among the top cities in the survey 2019 and 2020 with Chandigarh City which was known for its beauty and cleanliness and drastically step down in the Swachh Survekshan Ranking. Through exploratory research methodology and secondary data Swachh Survekshan Survey 2020 the research has analyze the difference between two cities in following the Swachh Bharat Mission parameters.

A compact and dual-band circularly polarized antenna with resonant frequency of 5.8GHz(ISM) and 7.6 GHz is proposed for biomedical, satellite and specific UWB applications. The 10 dB impedance bandwidth (IBW) of the antenna varies from 5.55 GHz to 5.94 GHz and 6.78 GHz to 8.78 GHz. The tilted arc-shaped radiator is used to perturb the current which is responsible for lower frequency band as well as circular polarization with the axial ratio extending from 5.77 GHz to 5.93 GHz, which covers 41% of the lower frequency band. The antenna is analyzed for wearable applications on a three-layer skin phantom model and the SAR value obtained is 0.2 W/Kg with Source power of 10mW, which is below the maximum permissible limit of 1.6W/Kg.

A compact and circularly polarized CPW-fed antenna for ISM, Biomedical and satellite applications is presented. The L-shaped stub in the ground is used to improve the impedance matching and perturb the current which is responsible for circular polarization(CP). The |S11| in dB of the antenna varies from 5.35 GHz to 8.88 GHz. The 3dB Axial Ratio of antenna varies from 7.83 GHz to 8.77 GHz. The antenna is analyzed for wearable applications on a three-layer skin phantom model and the SAR value obtained is 0.38 W/Kg, which is below the maximum permissible level.

It is projected that mobile traffic will increase by 80x by year 2030. To meet this increase in demand, it is inevitable to utilize the terahertz bands (0.1 THz to 10 THz) for future 6G wireless systems. However, operating at such high frequency comes with several fundamental and technical challenges. In this work, we present a proof-of-concept system to demonstrate the feasibility of establishing a communication link at 140 GHz carrier frequency. In addition, this work highlights techniques to tackle the challenges that comes with operating in the terahertz regime. To the authors knowledge, this is the world’s first end-to-end system with up to 16-channel digitally-beamformed 140 GHz system and dynamic beam steering capability. The paper presents lab results which demonstrate link throughput of 6 Gbps at 15-meter distance with adaptive beamforming.

Recently, the demand for cloud computing increases rapidly due to its multiple benefits to the customers like scalability, efficiency, user friendly, 24x7 availability, and so on. Cloud becomes very popular due to its salient features which can incorporate various domains such as the Internet of Things (IoT), Big Data, Machine Learning for creating easy and flexible computation mechanisms. The concept of Enterprise Resource Planning (ERP) having the mechanism in doing the operations in various domains in the field of research. Generally, we define only these services but when the services came into mind whatever the cloud provides it is treated as a service such as a network as a service, storage as a service, data as a service, security as a service, Privacy as a service, etc., whatever the services offered by the cloud are undefined There are various clouds such as Public clouds, Private clouds, Hybrid clouds, and Community clouds.The concept of ERP technology is merged with the various services offered by the cloud such as SaaS, PaaS, and IaaS. The working mechanism of the cloud is quite different compared to normal applications over ERP applications. However, the cloud services definitions were based upon a person to person or organization to organization in terms of flexibility, application usage, portability, reliability, scalability, etc., the future of cloud computing technology is very huge in all the sectors like education, clinical, pharmacy, industries, etc.

In this paper a legacy to cloud migration metamodel has been developed and presented. The purpose of the paper is to develop a consolidated framework for cloud migration support. The research adopts a Model Driven Software Engineering (MDSE) approach, which is used in Software Engineering and Information System field for developing domain-specific languages and knowledge reuse. The framework is developed with the help of review of existing cloud migration literature. The method was to find, harmonizing and iterative refinement of existing key concerns in cloud migration literature. The objective is to create a generic reference process for cloud migration.

A 300-GHz 30-Gbps QPSK transmitter is demonstrated in 65-nm CMOS. The transmitter consists of an on-chip multi-mode modulator, an injection locked quadrature oscillator, a 40-GHz bandwidth power amplifier with constant gain and group delay, a 4X frequency multiplier chain to generate a 165-GHz LO signal for a double balanced up-conversion mixer that generates the output at 300 GHz. The transmitter without equalization consumes 180mW with an energy efficiency of 6 pJ/bit.

Recent advances of devices and circuits have made CMOS (Complementary Metal Oxide Semiconductor) integrated circuits technology an alternative for realizing capable and affordable THz systems. Coherent detection up to 410 GHz and incoherent detection up to 10 THz as well as an almost fully integrated receiver working from 225–280 GHz have been demonstrated using CMOS. Despite the fact that f max of NMOS transistors has peaked around 320 GHz, it should be possible to coherently detect signals at frequencies beyond 1 THz and with some straightforward modification of processes, to incoherently detect signals at 40 THz in CMOS.

We report on our progress in utilizing THz breath sensing in several bio-medical diagnostic applications. Our work bears promise in applying this technology to non-invasive analysis of blood glucose based on chemical composition of breath, as well as assessment of asthma related airway inflammation. Our most recent testing of CMOS based THz breath sensor, in the evolution of this technology towards compact and affordable implementations, is discussed.

A 160–310 GHz frequency doubler for rotational spectroscopy with a driver amplifier is demonstrated in a 65-nm bulk CMOS process. At 0-dBm input power, the measured output power (Pout) varies from 3 to −8 dBm. The wide operating range is attributed to wide bandwidth driver and matching structure based on broadband open and short leading to >40dB difference between fundamental and second harmonic power at the output. The doubler-amplifier combination has the comparable output power and a larger operating frequency range than 200–300 GHz COTS GaAs modules.