AI-Driven Personalization in Digital Marketing: Algorithmic Approaches and Applications in the Life Sciences Industry by Rittu Sara Raju (21211616)

“…It concludes by discussing the ethical considerations and future potential of these technologies in a life sciences context, highlighting their role in creating more effective, targeted, and compliant marketing campaigns. …”

AI-Driven Personalization in Digital Marketing: Algorithmic Approaches and Applications in the Life Sciences Industry by Rittu Sara Raju (21211616)

“…<p dir="ltr"><i>This paper examines how artificial intelligence (AI) is transforming digital marketing in the life sciences industry, where strict regulations and sensitive data present unique challenges. …”

Comparison of algorithm generalization capabilities across various AI generation technologies. by Xiaolong Zhang (470454)

Coefficient table of determined variables (reading, maths and science). by Bilal Baris Alkan (21647275)

Subjects:

Cosmos 1.0: a multidimensional map of the emerging technology frontier by Xian Gong (20610805)

Subjects: “…Applied Computer Science…”

Comparative analysis of railway inspection technologies. by Mengyuan Yan (14200322)

Comparative comparison between RSA algorithm, fuzzy RSA algorithm, algorithm. by Hanan Alolaiyan (18536236)

Technology roadmap. by Yongxin Dai (13796385)

Performance improvement comparison of using stream processing technology. by Yongfei Wang (608480)

Subjects:

Technological Fitness and Coherence explanation. Schematic representation of the workings of the Fitness and Complexity algorithm and Coherence diversification. by Matteo Straccamore (15083799)

The PBFT consensus algorithm. by Keyan Abdul-Aziz Mutlaq (17833696)

FFD technology. by Yesong Wang (331723)

Most Important Variables in Reading(a), Science(b) and Math(c) Section. by Bilal Baris Alkan (21647275)

Subjects:

REAL – Reimagining algorithmic futures: 63 cards for thinking differently about algorithmic systems by Tuukka Lehtiniemi (21469157)

Subjects: “…Sociology and social studies of science and technology…”

Comparison of hidden state prediction based on the Viterbi algorithm. by Heng Yang (590400)

The true value of the hidden state based on Viterbi algorithm. by Heng Yang (590400)

The predicted value of the hidden state based on Viterbi algorithm. by Heng Yang (590400)

PLOS Open Science Indicators by Public Library of Science (276459)

Sub-criteria of technology. by Muhammad Abdullah (3357692)

RI-HMAX image processing technology. by Guangmei Ma (21432861)