E ISSN: 2583-049X
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International Journal of Advanced Multidisciplinary Research and Studies

Volume 4, Issue 6, 2024

Attribution, Revenue, and Yield Optimization Models Using Google Ad Manager Reporting and Forecasting Tools



Author(s): Asmita Basnet, Elebe Oghenemaiga, Uchechukwu Nkechinyere Anene

DOI: https://doi.org/10.62225/2583049X.2024.4.6.5667

Abstract:

This study examines attribution, revenue, and yield optimization models enabled by Google Ad Manager reporting and forecasting tools within contemporary digital advertising ecosystems. As programmatic advertising grows in complexity, publishers face persistent challenges in accurately attributing revenue across channels, maximizing inventory yield, and forecasting demand under fluctuating market conditions. The abstract conceptualizes how data-driven attribution frameworks, integrated reporting dashboards, and predictive forecasting mechanisms in Google Ad Manager support evidence-based monetization decisions. It highlights the role of multi-touch attribution in capturing user exposure across direct, programmatic, and header bidding channels, enabling a more precise understanding of revenue contribution than last-click approaches. The study further explores yield optimization strategies, including dynamic floor pricing, audience segmentation, and inventory prioritization, as operationalized through historical performance reports and real-time delivery metrics. Forecasting tools are discussed as critical enablers of revenue planning, allowing publishers to model future impressions, availability, and delivery risk based on seasonality, targeting constraints, and historical demand trends. By synthesizing insights from reporting accuracy, attribution logic, and predictive modeling, the abstract demonstrates how integrated analytics environments enhance pricing efficiency and reduce revenue leakage. Emphasis is placed on the managerial implications of aligning sales strategies with data-informed forecasts, improving negotiation with advertisers, and balancing guaranteed and non-guaranteed demand. The study also addresses limitations related to data latency, attribution bias, and model assumptions, underscoring the need for continuous validation and iterative optimization. Overall, the abstract positions Google Ad Manager’s reporting and forecasting capabilities as foundational components of advanced revenue intelligence architectures that support sustainable monetization, operational transparency, and strategic decision-making in digital publishing. The findings contribute to scholarship and practice by clarifying how attribution accuracy, forecasting reliability, and yield optimization interact to improve financial performance in data-driven media organizations operating in competitive and rapidly evolving advertising markets. Furthermore, the abstract underscores the relevance of cross-functional collaboration between ad operations, data analytics, and commercial teams, noting that shared access to standardized reports and forecasts enhances organizational learning, accountability, and responsiveness. Such coordination supports continuous experimentation, scenario planning, and adaptive monetization strategies amid regulatory change, privacy constraints, and evolving advertiser expectations in global, competitive digital advertising environments.


Keywords: Attribution Modeling, Yield Optimization, Revenue Forecasting, Google Ad Manager, Programmatic Advertising, Ad Analytics, Digital Publishing

Pages: 2907-2926

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