Products -> Sentiment Analysis 2.0 for Food Delivery Reviews
Sentiment Analysis 2.0 for Food Delivery Reviews is a set of precisely crafted semantic models, especially for food delivery reviews. It was train&tested on food delivery reviews, restaurant reviews and other user-generated content. All presented Semantic Models work with an unparalleled precision of 90-95%.
You can Test it on your dataset, or Contact Us to get more information about custom-made products tailored to your requirements and to your type of texts. We can analyze your data and create the list of Semantic Models ourselves or you can tell us what you would like to garner from your data. Leadtime for the custom version is 1-3 months (depending on your data and what information you want to garner) and we provide you ready-to-use Language Understanding API trained&tested on your data.
We detect this information from food delivery reviews.
Client loyalty & Recommendations
Will he use again? vs. won't use again?
Will he recommend it? vs. not recommend?
Overall good/satisfied. vs. disappointed?
Easy to use app? Complicated app?
Was it overpriced? Cheap, expensive? Was it worth the money?
Is there a service charge? Delivery fees?
Bill problems? Only cash payment?
Was the refund refused? Refund problems? Good refund policy?
Opinions about specific dishes
Was a chicken tasty? Was spaghetti ok?
Were grilled vegetables crispy?
Was the dessert fabulous?
Food Taste & Quality Opinions
Food was tasty? Delicious? Mediocre? Poor? Bad? Tasteless?
High/Low-quality ingredients? Fresh? Poorly presented?
Healthy food? Greasy? Unappetising? Perfectly cooked?
Service on the phone was friendly? Professional? Rude?
Was driver friendly? Professional? Rude?
Do Drivers steal the food?
Service was quick, slow? Good?
Lack of customer support?
Problem with promo code? Good promotions?
Was the delivery on time? Before/after a specific time?
Was food hot/cold?
The order was canceled? Wrong order? Missing items? Food not delivered? Cant cancell order?
Need to pay for the cancellation?
No utensils? Utensils provided?
Food Variety & Selection Opinions
Vegetarian menu? Vegan options? Gluten-free options?
Good wine/drinks selection? Good beer selection?
How about the menu? Limited? Rich?
Are portions big/small?
Critical (dangerous for the brand) opinions
Hair in food? Food poisoning?
Scam company? Thieves?
User uninstalling the app?
Other information important to you
If you want to get custom-made private API with different models, or receive more info about the custom On-Premise version with 0 cents/text (BIG DATA Compatible)
Example food delivery review:
Simplified output after processing by Sentiment Analysis 2.0 for Food Delivery Reviews:
|1.||Overall good experience!||
overall good, satisfied
|2.||Driver was on time and super nice||
|3.||Pizza was tasy and still hot which is very important for me||
delivery hot food
|4.||I appriciate the pizza selection, even vegan options!||
vegan options available
|5.||They forgot to put additional sauce I called them and lady on the phone said next time they will give me 2 more, what a great service.||
We specialize in creating dedicated Language Understanding APIs for specific reviews or other user-generated content. We focused in travel, food, apps, surveys, profanity & toxicity detection and prepared a set of Language Understanding APIs for these domains. We also develop private custom-made Language Understanding APIs for any kind of text (reviews, comments, or other user-generated content). Contact Us to discuss what is possible, or Send Us Your Dataset to see how it works on your data.
We stand by the statement that we detect more information than Watson or than any other Deep Learning solution and we are more accurate than Google in a specific domain. We are also much more cost-effective. And we allow the processing of as much data as you want with no additional cost (0 cents / text).
This is possible because we created the next-generaion process of developing NLU systems in which we can build Semantic Models 10 x faster. It is designed from the ground up to process reviews and other user-generated content, not proper english texts. It is the result of 13 years of experience in NLP/NLU, 8 years in processing reviews, and more than 50 implementations (2007-2020) in companies, corporations, and startups of NLP/NLU systems and Language Understanding APIs to process reviews and other user-generated content.
We are passionate and proud of our technology and aim to provide the optimal technology for reviews and other user-generated content. We will be happy to help you implement your brilliant ideas and discover what is possible.
|"Breakfast was tasty"||=>||Breakfast: positive|
|"Breakfast was huge"||=>||Breakfast: positive|
|"Breakfast was not included"||=>||Breakfast: negative|
|"Breakfast was very tasty but limited choices"||=>||Breakfast: neutral|
|"Breakfast was delicious but you had to pay extra"||=>||Breakfast: neutral|
|"Breakfast was tasty"||=>||Breakfast: tasty|
|"Breakfast was huge"||=>||Breakfast: plenty options|
|"Breakfast was not included"||=>||Breakfast: not included|
|"Breakfast was very tasty but limited choices"||=>||Breakfast: tasty | poor, limited|
|"Breakfast was delicious but you had to pay extra"||=>||Breakfast: tasty | not included|
Language has colors. Do not reduce it to black & white.
Technological differences of Unicorn NLP Cognitive Learning solution (compared to other NLP/NLU/ML/DeepLearning solutions):
The semantic model is the newest approach to information extraction models where boundaries of those models are not determined by the structure of a language (or grammar, or used words), but the type of information you are detecting. It does not matter how the user writes an opinion about a specific object, e.g. “breakfast was a joke”, “Muffin and cold coffee is not a breakfast”, “Breakfast wasn’t included as written”, our semantic model still detects it and provides structured-data. With "breakfast" example, it is relatively easy to provide a shallow analysis (e.g. Sentiment Analysis) with the current NLP techniques. If you are looking for more sophisticated information (e.g. is it safe?, is it handicap friendly?, will someone come back?, Is it sustainable? Is it pet-friendly?) the situation gets more complicated. Current techniques provide a part of this information and their accuracy relies on the keywords used in reviews. Users are very creative in the reviews and they are not using a keyword approach. Let’s take one example. If we want to answer the question “is it safe?”, you need to capture a lot of information from reviews without common keywords safe/dangerous. In practice, they write this in tens or hundreds of ways: e.g. “there was a lot of drunken people outside”, “I did not feel good because of the neighbors”, “someone yelled in the night and the front desk lady did nothing”. We believe that if the human can understand what is written in the review, then technology should detect it as well. That is why we call them Semantic Models, not information extraction models.
Our Unicorn NLP Cognitive Learning Environment is a place where we design and precisely craft all the semantic models. It is a perfect combination of human and computer intelligence. It is the result of 13 years of experience in the NLP/NLU field and 50+ implementation in 2007-2020. It is the secret sauce of our technology, and it allows us to deliver the best technology in the world for reviews and other user-generated content. Statistical algorithms provide the data based on the processing of hundreds of thousands of reviews, but the humans are making all the crucial decisions. Human does not only annotate the data (like in machine learning approach), but also create semantic boundaries, semantic rules, domain-specific dictionaries, describe common domain-specific misspellings and grammar errors, and whatever it takes to achieve precision=90-95%. Given the pace of AI development, this is a significant advantage in information extraction (in NLP/NLU), and it will be appropriate for the next decade. Think about our environment as a way of creating tens of thousands of very precise, hand-crafted semantic rules but with an AI as an assistant rigorously validating new ideas and marking parts of algorithms and semantic code that needs improvement. AI assistant provides new ideas based on constant simulations on real data and tens of statistical tools.
We designed a unique semantic programming language (QL4Reviews) to extract information from reviews and other user-generated content. With this programming language, you build semantic models ten times faster than in other current technologies. Every Semantic Model is programmed in QL4Reviews and consists of 50-2000 lines of semantic code. Heavily optimized engine allows processing through 150+ Semantic Models on 1 medium-CPU Amazon AWS instance - 1 million reviews a day. The speed of the core engine was essential for us from the beginning. It helps us daily speed the process of development and make several iterations and validation on data a day.
Our technology is designed from the ground up to process reviews and other user-generated content, not proper-grammar texts. It's resistance to errors allows processing also machine-translated reviews/texts (via Google Translate or Microsoft Translate). This approach provides almost as good results as processing English reviews but there is no need to rewrite and maintain semantic models into other languages. Consequently, it is a much more cost-effective solution, and it is easier to maintain and scale (using Google Translation API allows you to process 105 languages on day one).
Read more & See demo: Processing machine-translated non-English Travel Reviews
This is not just another limited black box that you still need to configure to your data, and learn how to use it. You get dedicated Language Understanding API with a human-like accuracy, which is train&tested on your data. We redesigned every layer of technology and we wanted to address the biggest challenge in the NLP/NLU industry. We wanted to change the way you use and think about Natural Language Understanding API. In our opinion, if you are using NLP API, you should not get your hands dirty and spend inordinate time thinking about how to best implement this API into your application. We wanted to hide all the NLP complexity inside the system and provide you ready-to-use data. We believe that NLP API should be simple and easy to use without linguistic, machine learning or other expertise. You do not need to spend weeks on improving the accuracy of "domain-independent" NLP API, to adjust to Your domain or to make decisions about complex output parameters. Getting output parameters like confidence (e.g. 0.7852) or polarity (e.g. 0.4352) or keywords detected (e.g. friendly, 0.6786; disappointed, -0.7564) gives every developer problems and frankly, they are not standard or predictable. They are rather a consequence of used technology inside, and putting these parameters for the output in our opinion, is the way to leave configuration and responsibility for decision-making to You. We believe in simple human-like output where a human can understand what this API detected. We believe that we have developed excellent semantic models for specific domains, so you can get tailored results and focus on your business. We position ourselves as a read-to-use technology, not a standard API that is a tool that you need to configure and train to your data.
If you want to get custom-made private API, or receive more info about the custom On-Premise version (with 0 cents/text),
or want to discuss what is possible
If you want to test it or see how it works on your data, send us a dataset
(we do not collect your data)