Simple Science

Cutting edge science explained simply

# Computer Science # Information Retrieval

The Role of Seasonal Ads in Marketing

Learn how seasonal ads impact sales and customer engagement.

Hamid Eghbalzadeh, Shuai Shao, Saurabh Verma, Venugopal Mani, Hongnan Wang, Jigar Madia, Vitali Karpinchyk, Andrey Malevich

― 8 min read


Seasonal Ads Matter Seasonal Ads Matter success. Spotting seasonal ads enhances business
Table of Contents

In today's world, advertising can make or break a business. With so many ads vying for our attention, how do companies know which ads will catch our eye and lead us to buy? One area that plays a huge role in this is seasonal advertisements. These are the ads that appear around holidays, events, or specific times of the year. Think about Christmas ads for toys or back-to-school sales. If advertisers miss the mark with these ads, they risk losing out on sales and disappointing customers.

The Importance of Seasonal Ads

When we talk about seasonal ads, we're referring to advertisements that are tailored to specific times of the year. They are designed to tap into what consumers are thinking about or wanting at that moment. For example, a chocolate company might push their Valentine’s Day marketing hard because they know people are looking for gifts. However, if advertisers don’t recognize or utilize seasonal themes, they might lose sales and leave customers feeling unsatisfied.

This is where the ability to proactively spot seasonal ads becomes essential. Imagine if advertisers could easily figure out which ads are seasonal. They could make sure those ads get the attention they deserve, thereby improving both sales and customer happiness.

The Challenge of Detecting Seasonal Ads

But how can we figure out if an ad is seasonal? Advertisers often use two main sources of information: the ad itself (which could be text, images, or videos) and the interaction data, which includes how users respond to the ad. It’s a bit like piecing together a mystery. The aim is to develop a model-a sort of trained detective-that can accurately tell whether an ad relates to a seasonal event or not.

The complexity arises not only from the various types of data but also from a few major Challenges:

  1. Inherent Noise: Sometimes it’s hard to tell if an ad really relates to a seasonal event. For example, a clothing sale in summer might be seasonal, but it could also just be a regular sale. There’s uncertainty, and we need to address this confusion in our models.

  2. Lack of Clear Labels: Many ads don’t get labeled clearly with what season or event they correspond to. Advertisers put their ads out there without always saying, “This is for Mother’s Day!” This makes it tough to know which ads should be classified as seasonal.

  3. Changing Seasons: Not all seasonal events happen on the same date every year. Some celebrations change dates, like Easter, which makes things even trickier.

Tackling the Seasonal Ad Challenge

To tackle these challenges, we can build machine learning models capable of spotting seasonal trends. The goal is straightforward: train a model to answer the question, "Is this ad related to a seasonal event?" Once we have this model, we can use it to help with ranking and retrieving ads to ensure seasonal content shines when it should.

We approached this task by considering two main goals:

  1. Using available data to determine seasonality.
  2. Dealing with noise and ambiguity in the ads.

Developing an Effective Model

The core of making a good model lies in how we gather the data and train our systems. One method is to use keyword filtering-essentially looking for words that are closely linked to each season. For instance, ads that mention “Halloween” or “Thanksgiving” could be flagged as seasonal. By focusing on these keywords, we can narrow down ads related to specific events.

We have two main datasets to work with: one focused on a single event, like Valentine’s Day, and another that includes multiple events, such as Easter and Mother’s Day. The single-event dataset allows us to analyze the performance of our models in a clear-cut manner. Meanwhile, the multi-event dataset lets us see how well our model does across a variety of occasions.

The Role of Human Labeling

While keyword filtering can be effective, we also recognize that sometimes humans need to step in. After all, deciding whether a specific ad relates to a certain event can be pretty subjective. For example, an ad for a romantic dinner special near Valentine’s Day might be seen as seasonal, while one for a regular dining special might not. That’s where human labeling comes into play.

By using a crowd-sourced labeling service, we can gather insights from real people about whether ads feel seasonal to them. This can provide additional context that keyword filtering alone might miss.

Utilizing Multimodal Large Language Models

In our quest to improve seasonality detection, we harness the power of Multimodal Large Language Models (MLMs). These models are like the superheroes of the advertising world-they can analyze text, images, and even video. This allows them to grasp the essence of an ad better than traditional models that focus solely on one type of data.

Now, how do these models work? They take inputs from different sources, like the text of an advertisement and its accompanying images. Then, they combine that information to get a better picture of what the ad is about. This is key when it comes to analyzing the seasonal context of ads, and it can lead to much more accurate predictions.

Calibrating the Models

In our research, we focus not just on detection but also on calibration. Calibration refers to ensuring that the predictions made by our models closely match actual outcomes. For example, if a model predicts that a specific ad will get a high conversion rate (meaning lots of people will take action after seeing it), we want that prediction to be as accurate as possible. Low calibration means the model isn't performing well.

Through our experiments, we found that certain seasons-like the Thanksgiving-Black Friday period-tend to have lower Calibrations. This indicates that the current system might be lagging when it comes to promoting seasonal ads effectively. We believe that by tuning our models to spot these ads proactively, we can help improve these calibration rates.

A Practical Example

Imagine a toy company preparing for Christmas. Without a good detection model, they might place their ads for special holiday toys after the shopping season has already kicked off. By using our model to proactively detect seasonal ads, they could ensure their ads are placed when consumers are looking for gifts-leading to higher sales and happier customers.

Ground Truth Collection

Now, let's talk about how we collect data to train our models. A critical part of this process is ground truth collection, which aims to gather reliable data that we can use for training and testing. There are challenges here, too.

The first method we use is keyword filtering. This helps us gather a primary dataset of ads that are likely related to seasonal events. However, this method only covers a fraction of the ads out there, perhaps around 10%.

To boost our coverage, we also look for secondary keywords linked to events-these are not the main keywords but could still signal a seasonal tie. While this method doesn’t have as high precision (about 30%), it allows us to cast a wider net and capture more potential seasonal ads.

Human labeling also comes into play here. Although more time-consuming, human annotators can offer insights that algorithms might overlook. We’ve run experiments where human labelers judged whether ads were seasonal or not, providing another layer of data for training.

The Experimental Journey

We built and tested various models using the datasets we assembled. In our experiments, we observed that adding images significantly improved our models' ability to detect seasonal ads. Having both text and images provides a fuller picture, much like reading a book with lots of pictures helps a child understand the story better.

Our results showed that the models trained with more diverse data generally performed better. It’s kind of like training for a marathon-if you only run short distances, you might struggle on race day. But if you train with longer runs and different terrains, you’ll be more prepared.

The Final Takeaways

In conclusion, understanding, detecting, and modeling seasonality in advertisements is crucial for effective marketing strategies. By leveraging advanced machine learning models, including Multimodal Large Language Models, we can improve the way seasonal ads are identified and calibrated. This not only helps businesses capitalize on seasonal opportunities but also leads to a better experience for consumers.

With the right tools and strategies in place, advertisers can ensure their messages reach the right audience at the right time. Who knew that spotting the seasonal ads could be a bit like piecing together a puzzle? It’s all about putting in the right information to see the clear picture. After all, nobody wants to miss out on that perfect holiday gift!

Original Source

Title: Proactive Detection and Calibration of Seasonal Advertisements with Multimodal Large Language Models

Abstract: A myriad of factors affect large scale ads delivery systems and influence both user experience and revenue. One such factor is proactive detection and calibration of seasonal advertisements to help with increasing conversion and user satisfaction. In this paper, we present Proactive Detection and Calibration of Seasonal Advertisements (PDCaSA), a research problem that is of interest for the ads ranking and recommendation community, both in the industrial setting as well as in research. Our paper provides detailed guidelines from various angles of this problem tested in, and motivated by a large-scale industrial ads ranking system. We share our findings including the clear statement of the problem and its motivation rooted in real-world systems, evaluation metrics, and sheds lights to the existing challenges, lessons learned, and best practices of data annotation and machine learning modeling to tackle this problem. Lastly, we present a conclusive solution we took during this research exploration: to detect seasonality, we leveraged Multimodal LLMs (MLMs) which on our in-house benchmark achieved 0.97 top F1 score. Based on our findings, we envision MLMs as a teacher for knowledge distillation, a machine labeler, and a part of the ensembled and tiered seasonality detection system, which can empower ads ranking systems with enriched seasonal information.

Authors: Hamid Eghbalzadeh, Shuai Shao, Saurabh Verma, Venugopal Mani, Hongnan Wang, Jigar Madia, Vitali Karpinchyk, Andrey Malevich

Last Update: 2024-10-16 00:00:00

Language: English

Source URL: https://arxiv.org/abs/2411.00780

Source PDF: https://arxiv.org/pdf/2411.00780

Licence: https://creativecommons.org/licenses/by/4.0/

Changes: This summary was created with assistance from AI and may have inaccuracies. For accurate information, please refer to the original source documents linked here.

Thank you to arxiv for use of its open access interoperability.

More from authors

Similar Articles