International Journal of Science, Engineering and Technology1. SMARTPHONE REAL TIME APPLICATION MODELS IN CLOUD COMPUTING
Author- L. NEHRU, V. G. SURESH
2. EFFECTS OF TEMPERATURE ON ATTENUATION OF SEISMIC WAVES THROUGH CONSOLIDATED ROCKS IN NIGERIA
Author- Olorode, Deborah Oluwaseun
3. SPECTROPHOTOMETRIC DETERMINATION OF COPPER IN VARIOUS ENVIRONMENTAL SAMPLES USING GREEN REAGENT
Author- K. KIRAN
4. IMPLEMENTATION OF CASHLESS CAMPUS SYSTEM USING RFID MODULE
Author- KUNAL CHAPHEKAR, ANUJ WALZADE, VIVEK RATHOD, CHETAN ACHAREKAR
Author- ANUP PATIL, NIKHIL FATING, ANIKET PATIL, ROHAN GHAYRE
6. DETECTION AND CLASSIFICATION OF BRAIN TUMORS IN MRI IMAGES
Author- ABHIJEET ZAMRE, TANVEER SHAH, HITESH THADHANI, DHANANJAY BANGAR
7. COMPETITIVE PRIORITIES FOR MANUFACTURING STRATEGY PLANNING IN INDIAN INDUSTRY
Author- M.S. NARWAL
8. SECURITY FROM INSIDER THEFT IN CLOUD COMPUTING
Author- RAHUL BANGHA, SANDEEP BHARGAVA
9. GESTURE RECOGNITION OF AMERICAN SIGN LANGUAGE: A NEURAL NETWORK BASED APPROACH
Author- ADVAIT SAKHALKAR, DEEPEN SANGHAVI, KARAN AJMERA, MANASEE JOSHI, SAYALI PATIL, YOHHAN RAWANI
10. SLIDING WEAR BEHAVIOR OF AL BASED ALLOYS FOR EQUIPMENT AND MACHINERIES
Author- ANIL KUMAR RAJAK, PRAKASH KUMAR
11. EXPERIMENTAL ANALYSIS OF FABRICATED MAGNETORHEOLOGICAL DAMPER
Author- VIJAY TRIPATHI, PROF. U. K. JOSHI
12. EFFICIENT USER REVOCATION AND MULTI OWNER DATA SHARING SCHEME FOR CLOUD BASED DYNAMIC GROUPS
Author- G. L. SARANYA
13. A SURVEY ON CLUSTERING PROBLEM WITH OPTIMIZED K‐ MEDOID ALGORITHM
Author- SUNITA KUMARI, ABHA KAUSHIK
14. WEBVIEW VULNERABILITIES IN ANDROID
Author- SANDEEP JAIN, PREETI KHANNA
Author- M. ENAMUL HOQUE, LOK WENG LUM, Y. LENG CHUAN, M. N. M. ANSARI
16. OCCASIONAL ITEMSET MINING BASED ON THE WEIGHT
Author- K. JAYAKALEESHWARI, M. VARGHESE
17. COMPRESS COMPLEX SAR IMAGE BASED ON DIRECTIONAL LIFTING WAVELET TRANSFORM
Author- JENITTA S., M. VARGHESE
18. SHAPE SIMILARITY ANALYSIS FOR IMAGE RETRIEVAL BY LOCALLY CONSTRAINED MIXED DIFFUSION
Author- T. SELVAPRIYA
Author- SUDIPTA DAS, SAIKAT MAZUMDER
20. THE ALL‐OPTICAL REVERSIBLE NEW UNIVERSAL GATE USING MACH‐ ZEHNDER INTERFEROMETER
Author- ASHIS KUMAR MANDAL, GOUTAM KUMAR MAITY
21. EXPERIMENTAL ANALYSIS OF SPARK IGNITION ENGINE (BELOW 100 CC) WITH SUPERCHARGER USING E10 FUEL
Author- RAHUL KUMAR SHARMA, MANOJ SHARMA, SUMEET SINGH, VIKRANTH K RAO, ASHISH JAIN
22. AN IMPROVED APRIORI‐BASED ALGORITHM FOR ASSOCIATION RULE MINING
Author- NEESHA SHARMA, DR. CHANDER KANT VERMA
Author- KUNDETI. NAGARJUNA, R. KRISHNA
Author- RAMAMOORTHY. P, ARJUN. A, GOBINATH. K, SENTHIL KUMAR. V, SUDHAKAR . D
Many papers are in Publishing processing………
Morphological, Elemental Composition and Optical properties of ZnS films Synthesized Using Electrochemical Deposition Technique
Authors- Sanjay Kumar Dubey, A. K. Jaiswal
Abstract-Zinc sulfide thin films were synthesized by means of cyclic voltammetry technique onto stainless steel substrate. The electrolyte bath of aqueous solution containing 0.2 N Zinc sulfate (ZnSO4.7H2O) and 0.2 N sodium thiosulfate with 0.2 N Triethanolamine was used as complexing agent. Cyclic voltammetry was employed to measure its ranges of deposition voltages and thickness of ZnS thin films can be controlled by number of voltage cycles applied during deposition. The bath temperatures have fixed at 600C. The Influence of bath temperatures on optical properties and morphology has been investigated in details. The electrochemical deposited ZnS thin films were characterized by UV-visible spectroscopy and the field emission scanning electron microscopy (FESEM). The UV-visible spectroscopy analysis showed that energy band gap has found 3.76 eV depending at (600C) bath temperatures. The FESEM analysis showed that ZnS thin film deposited at (600C) bath temperature is polycrystalline nature, homogenous, uniform with randomly oriented nanoflakes and nanorods. The good quality of zinc sulphide thin film could be prepared in the presence of triethanolamine.
DOI: /10.61463/ijset.vol.2.issue4.200
The UNIX-to-Linux Journey: A Strategic Guide For Enterprise IT And Cloud Transformation
Authors: Sambasiva Rao Madamanchi
Abstract: The IT landscape has transformed dramatically over the past three decades, largely driven by the growing need for agility, scalability, cost optimization, and digital innovation. Within this transformation, one of the most significant journeys enterprises have embraced is the migration from proprietary UNIX systems to open-source Linux platforms. This shift is not merely a technical upgrade but a profound cultural and strategic transition that redefines how enterprises operate in a hyperconnected, cloud-driven world. UNIX systems, once considered the backbone of enterprise computing, offered stability and reliability but often proved rigid, costly, and slow to adapt to new digital paradigms. On the other hand, Linux emerged as a disruptive force, combining open-source flexibility with enterprise-grade capabilities, making it the preferred choice for modern workloads, cloud adoption, and innovation-driven business models. This article serves as a comprehensive guide for CIOs, IT leaders, and technology strategists navigating the UNIX-to-Linux journey. It addresses the historical significance of UNIX, the rise of Linux, and the driving factors behind this transition. The discussion spans key strategic dimensions including infrastructure modernization, application migration, cost efficiencies, cloud integration, DevOps adoption, and security realignment. By drawing on best practices and lessons from real-world transformations, this guide emphasizes not only the “how” but also the “why” behind the migration, ensuring that enterprises approach this change holistically rather than as a mere technical decision. As IT continues its metamorphosis toward hybrid cloud, containerization, artificial intelligence, and automation, Linux has firmly established itself as the operating system of choice. It anchors enterprise strategies that prioritize openness, interoperability, and innovation. The journey from UNIX to Linux is symbolic of this larger organizational evolution—moving from rigidity to flexibility, from high-cost proprietary models to collaborative ecosystems, and from isolated on-premises systems to globally integrated platforms. This guide seeks to illuminate that journey, providing strategic direction for enterprises to execute migration while maximizing value.
DOI: http://doi.org/10.5281/zenodo.17190931
