anomaly-detector | Detect anomaly in call detail records
kandi X-RAY | anomaly-detector Summary
kandi X-RAY | anomaly-detector Summary
This dataset provides information about the telecommunication activity over the city. The dataset is the result of a computation over the Call Detail Records (CDRs) generated by the Telecom Italia cellular network over the city. CDRs log the user activity for billing purposes and network management. There are many types of CDRs, for the generation of this dataset we considered those related to the following activities: Received SMS: a CDR is generated each time a user receives an SMS Sent SMS: a CDR is generated each time a user sends an SMS Incoming Calls: a CDR is generated each time a user receives a call Outgoing Calls: CDR is generated each time a user issues a call Internet: a CDR is generate each time a user starts an internet connection a user ends an internet connection during the same connection one of the following limits is reached: 15 minutes from the last generated CDR 5 MB from the last generated CDR By aggregating the aforementioned records it was created this dataset that provides SMSs, calls and Internet traffic activity. It measures the level of interaction of the users with the mobile phone network; for example the higher is the number of SMS sent by the users, the higher is the activity of the sent SMS. Measurements of call and SMS activity have the same scale (therefore are comparable); those referring to Internet traffic do not. Files are in tsv format. If no activity was recorded for a field specified in the schema above then the corresponding value is missing from the file. For example, if for a given combination of the Square id s, the Time interval i and the Country code c no SMS was sent the corresponding record looks as follows: s \t i \t c \t \t SMSout \t Callin \t Callout \t Internettraffic where \t corresponds to the tab character, SMSout is the value corresponding to the SMS-out activity, Callin is the value corresponding to the Call-in activity, Callout is the value corresponding to the Call-out activity and internettraffic is the value corresponding to the Internet traffic activity. Moreover, if for a given combination of the Square id s, the Time interval i and the Country code c no activity is recorded the corresponding record is missing from the dataset. This means that records of the following type s \t i \t c \t \t \t \t \t are not stored in the dataset.
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QUESTION
In the latest version of the Anomaly Detection Service by Azure which supports the Multi-variate Cognitive Service, we need to train a model and then consume it.
The quickstart documentation for Python mentions a few libraries which are not getting imported:
...ANSWER
Answered 2021-Apr-23 at 06:11This error was with version azure-ai-anomalydetector==3.0.0b2
. With version azure-ai-anomalydetector==3.0.0b3
, this has been addressed.
The problem is because of the change of the response format recently. To solve that issue, you can change the line with error to
QUESTION
I need to automatically extract raw data of a PowerBI visualisation across multiple published reports.
Why not just pull the underlying dataset? Because the visualisations are using anomaly detection features of PowerBI, which include anomaly flags not available in the underlying dataset (basically, the visualisations contain calculated columns that are not included in main PowerBI data model)
Ideally a REST API solution would be best, but dumping CSV files or other more roundabout methods are ok.
So far, the closest functionality I can see is in the Javascript API here - https://docs.microsoft.com/en-us/javascript/api/overview/powerbi/export-data, which allows a website to communicate with an embedded PowerBI report and pass in and out information. But this doesn't seem to match my implementation needs.
I have also seen this https://docs.microsoft.com/en-us/azure/cognitive-services/anomaly-detector/tutorials/batch-anomaly-detection-powerbi which is to manually implement anomaly detection via Azure Services rather than the native PowerBI functionality, however this means abandoning the simplicity of the PowerBI anomaly function that is so attractive in the first place.
I have also seen this StackOverflow question here PowerBI Report Export in csv format via Rest API and it mentions using XMLA endpoints, however it doesn't seem like the client applications have the functionality to connect to visualisations - for example I tried DAX Studio and it doesn't seem to have any ability to query the data on a visualisation level.
...ANSWER
Answered 2021-Apr-19 at 04:32I'm afraid all information on PowerBI says this is not possible. The API only supports PDF, PPTX and PNG options, and as such the integration with Power Automate doesn't do any better.
The StackOverflow question you link has some information on retrieving the Dataset but that's before the anomaly detection has processed the data.
I'm afraid your best bet is to, indeed, use the Azure service. I'd suggest ditching PowerBI and going to an ETL tool like DataFactory or even into the AzureML propositions Microsoft offers. You'll be more flexible than in PowerBI as well since you'll have the full power of Python/R notebooks at your disposal.
Sorry I can't give you a better answer.
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