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28. Fixed point results for a generalized class of simulation functions with applications

Author

Patel, D. K., Patle, P. R., Pant, R., and Gopal, D.

Subjects
Mathematics - Functional Analysis, 54H25, 47H10
Abstract

In this paper, we consider a wider class of simulation functions and present some coincidence and common fixed point results in metric spaces. Results obtained in this paper extend, generalize and unify some well-known fixed and common fixed point results. Some illustrative examples are presented. We also discuss some applications to system of integral equations and functional equations arising in dynamic programming., Comment: Now, all authors are not interesting to make this paper available online

Published
2017

29. Coincidence point results involving a generalized class of simulation functions

Author

Patel, D. K., Patle, P. R., Budhia, L., and Gopal, D.

Subjects
Mathematics - General Topology, 47H10, 54H25
Abstract

The purpose of this work is to introduce a general class of $C_G$-simulation functions and obtained some new coincidence and common fixed points results in metric spaces. Some useful examples are presented to illustrate our theorems. Results obtained in this paper extend, generalize and unify some well known fixed and common fixed point results.

Published
2017

36. Role of Cutting-Edge Technology in Horticulture Crops for Shaping the Future Smart Farming Ecosystem: A Comprehensive Review.

Author

Kumar, Mukesh, Kumar, Abhishek, Kumar, Sajjan, Patle, G. T., Kumar, Surender, and Tanwar, Anju

Abstract

Agricultural automation is rapidly advancing worldwide, with crop management systems optimizing cultivation across diverse conditions. In India, where horticultural crops are economically vital despite limited land, innovative technologies like AI, blockchain, IoT, remote sensing, and hydroponics are key to meeting growing demand. Advances in AI, robotics, and machine learning now enable effective monitoring of plants, pests, and diseases. This review examines the global impact of these technologies on horticulture, including their effects on food production, associated challenges, and future prospects, along with digital tools for farm management. [ABSTRACT FROM AUTHOR]

Published
2024
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42. Key imaging perspectives on Achilles tendon tears—A radiological roadmap: Pictorial essay

Author

Patle, Amit, Srirambhatla, Annapurna, Arora, Abhishek J., Lakkireddy, Maheshwar, Velladurai, Madhavan, Maley, Deepak Kumar, and Kapoor, Mohit

Abstract

Achilles tendon tears (ATT) are commonly encountered in clinical practice although it is the strongest tendon in the body. ATT are reported to occur in 0.04% of the population annually. ATT may result from high impact sports trauma such as sudden dorsiflexion while weight bearing or repeated microtrauma to a compromised tendon. Multiple factors can decrease the tensile strength of the tendon predisposing it to rupture. The treatment approach for ATT is multifaceted, dependent on factors such as the degree of tear, distance between the retracted portions, tear location, and also on patient factors such as occupation and underlying predisposing factors. In this pictorial essay, we present the imaging features of normal Achilles tendon and in ATT across different modalities and outline essential reporting criteria for ATT. Essentials of reporting Achilles tendon tears: Accurate description of tear location and extent (partial vs. complete). Measurement of tendon gap or retraction. Identification and reporting predisposing factors influencing treatment decisions. Collaboration with orthopedic surgeons for optimal patient management.

Published
2024
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46. Review of fibreless optical communication technology: history, evolution, and emerging trends

Author

Patle, Nidhi, Raj, Arockia Bazil, Joseph, Chinchu, and Sharma, Nishant

Abstract

In the present era of technology, it is quite fascinating to design a system capable of transmitting information from one end to another by using the optical spectrum. This system differs from optical fibre communication in terms of channel medium. Optical fibre technology uses the end-to-end physical connection via fibre. In contrast, Light-based wireless communication networks, also known as wireless optical communication (WOC) networks or fibreless optical communication networks, use light as a carrier and air as an unguided propagation media for transmission. Fibreless optical communication eliminates the need for Licensing and Buried Fibre Cables; also, its installation is relatively easy. This survey article describes the evolution of WOC technologies right from the old methods of communication to today’s deep-space optical satellite communication. This article briefly describes the WOC system working principle, categorization of wireless optical systems (based on the carrier frequency wavelength, distance covered, and application), different modulation techniques adopted for wireless optical communication, challenges associated with channel medium and channel modelling, performance analysis of WOC system, various application areas of WOC network, commercial developments in the field of WOC, and some other emerging trends associated with WOC.

Published
2024
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