Ad operations
Author: k | 2025-04-25
People who searched for jobs in India also searched for ad operations, ad operation, ad operations specialist, ad operations associate, ad operations manager, advertising operations, ad operations executive, online ad trafficker, ad operations trafficker, ad trafficker. If you're getting few results, try a more general search term.
What is Ad Operations? - Ad Operations Explained
Ad operations (also known as ad ops) is managing and executing advertising campaigns. It involves the technical setup, management, and optimisation of ad campaigns across various channels and platforms.What is the role of ad ops?The role of ad operations is to ensure the seamless delivery of ads to the right audience at the right time across different channels and platforms. This involves managing the technical aspects of the ad-serving process, such as ad trafficking, ad targeting, and campaign optimisation. Ad operations professionals work closely with creative, media planning, and analytics teams to ensure that campaigns are set up correctly, and performance is tracked and optimised in real-time. Overall, ad operations play a critical role in maximising the effectiveness and efficiency of advertising campaigns.Benefits of a high-performing ad operations functionEfficient campaign execution: Ad operations help ensure campaigns are executed smoothly and efficiently. This includes ad trafficking, creative optimisation, and troubleshooting technical issues.Improved targeting: An ad ops function allows marketers to target their campaigns to specific audiences based on location, demographics, interests, and behaviour. This helps increase the relevance of ads and improve campaign performance.Enhanced tracking and reporting: Ad operations include implementing tracking codes and collecting data to monitor campaign performance. This information can be used to optimise campaigns and improve ROI.Scalability: Ad ops allow marketers to manage large-scale campaigns across multiple platforms and channels. This helps maximise reach and improve campaign efficiency.How ad operations benefit from creative automationAd operations benefit from creative automation platforms in several ways. Firstly, innovative automation platforms can streamline and automate the ad creation process, allowing ad operations teams to produce high-quality, personalised ad creatives at scale. This can save time and resources while improving ad performance, allowing for more targeted and relevant messaging.Additionally, creative automation platforms can help with ad trafficking and campaign management by automating the delivery of creatives to different channels and publishers and providing real-time performance tracking and optimisation. This can help ad operations teams quickly identify issues or opportunities and make necessary adjustments to improve campaign performance.Finally, creative automation platforms can help to ensure compliance with industry standards and regulations, such as the General Data Protection Regulation (GDPR) and the California Consumer Privacy Act (CCPA), by providing tools for managing data privacy and consent across different ad channels and platforms.Creative automation platforms can help ad operations teams streamline and automate their workflows, improve campaign performance, and ensure compliance with industry regulations.
What is Ad Operations? - Ad Operations Explained - MediaFuse
In the early days of the Internet, running ads was simply a matter of buying the space. These days, it's a great deal more complicated than that. Digital advertising is now almost entirely programmatic, defined by automation and real-time bidding.Understandably, this shift goes hand in hand with considerable technical and logistical challenges — which is where ad ops comes into the picture. Advertising operations — ad ops for short — is basically a catch-all term for the systems, processes, and technologies that support the sale, management, and execution of digital advertising, including but not limited to:Organic search.Display.Mobile. Rich media. Text. Video. In-app. Email.What Does Ad Ops Involve?To understand ad ops, one must first understand the concept of programmatic buying. Basically, as the Internet continued to grow, it became increasingly infeasible for marketing professionals to handle ad placements entirely by hand. Instead, they began to rely on programmatic models that automated much of the work.These models, however, were quite complex — a fact which led to the emergence of the first ad networks. From here, the industry continued to evolve, eventually introducing real-time bidding into the equation. Rather than simply purchasing ad space and letting their campaigns run, advertisers could now bid against one another on keywords, constantly vying for their ad to be the one that a customer sees.Although real-time bidding is far from the only purchase model, it's nevertheless the dominant one, particularly where Google is concerned. Programmatic advertising, meanwhile, accounts for roughly 84.5 percent of all digital display ad purchases.Who is Responsible for Managing Ad Ops?While some major content publishers employ their own advertising operations team in-house, many rely entirely on outsourced ad ops. This is to be expected. Digital ad ops tends to be a complex and technically-demanding field, so much so that the ad ops industry is worth roughly $106 billion.But what exactly do advertising operations professionals do? The short answer is that they directly generate revenue by facilitating the sale and placement of ads. Other responsibilities may include: Ad pricing. Research.Vendor management.Consulting and optimization. Troubleshooting and technical support. Analytics. Quality control and compliance management. Hardware and software management and maintenance. Scheduling. Campaign setup and management.Why You Should Pay Attention to Ad OpsUnderstanding ad ops can go a long way towards gaining a deeper understanding of your ad spend. First and foremost, a solid understanding of ad ops allows an advertiser to run more efficient ad campaigns. By understanding how ads are placed, priced, and managed on the operations side, you gain insight into where and how your brand should spend. Maintaining ongoing knowledge of ad ops also makes it easier to ensure compliance with industry standards, while also giving you and your team a windowWhat is An Ad Operations : The Ultimate Guide to Ad Operations:
Equation problems, the 'EquationDerivative' option is set to 'auto' (default), 'auto-forward', or 'auto-reverse'.When AD AppliesAll Constraint Functions SupportedOne or More Constraints Not SupportedObjective Function SupportedAD used for objective and constraintsAD used for objective onlyObjective Function Not SupportedAD used for constraints onlyAD not usedNoteFor linear or quadratic objective or constraint functions, applicable solvers always use explicit function gradients. These gradients are not produced using AD. See Closed Form.When these conditions are not satisfied, solve estimates gradients by finite differences, and prob2struct does not create gradients in its generated function files.Solvers choose the following type of AD by default:For a general nonlinear objective function, fmincon defaults to reverse AD for the objective function. fmincon defaults to reverse AD for the nonlinear constraint function when the number of nonlinear constraints is less than the number of variables. Otherwise, fmincon defaults to forward AD for the nonlinear constraint function.For a general nonlinear objective function, fminunc defaults to reverse AD.For a least-squares objective function, fmincon and fminunc default to forward AD for the objective function. For the definition of a problem-based least-squares objective function, see Write Objective Function for Problem-Based Least Squares.lsqnonlin defaults to forward AD when the number of elements in the objective vector is greater than or equal to the number of variables. Otherwise, lsqnonlin defaults to reverse AD.fsolve defaults to forward AD when the number of equations is greater than or equal to the number of variables. Otherwise, fsolve defaults to reverse AD.NoteTo use automatic derivatives in a problem converted by prob2struct, pass options specifying these derivatives.options = optimoptions('fmincon','SpecifyObjectiveGradient',true,... 'SpecifyConstraintGradient',true);problem.options = options;Currently, AD works only for first derivatives; it does not apply to second or higher derivatives. So, for example, if you want to use an analytic Hessian to speed your optimization, you cannot use solve directly, and must instead use the approach described in Supply Derivatives in Problem-Based Workflow.Extended CapabilitiesAutomatic Parallel Support Accelerate code by automatically running computation in parallel using Parallel Computing Toolbox™.solve estimates derivatives in parallel for nonlinear solvers when the UseParallel option for the solver is true. For example,options = optimoptions('fminunc','UseParallel',true);[sol,fval] = solve(prob,x0,'Options',options)solve does not use parallel derivative estimation when all objective and nonlinear constraint functions consist only of supported operations, as described in Supported Operations for Optimization Variables and Expressions. In this case, solve uses automatic differentiation for calculating derivatives. See Automatic Differentiation.You can override automatic differentiation and use finite difference estimates in parallel by setting the. People who searched for jobs in India also searched for ad operations, ad operation, ad operations specialist, ad operations associate, ad operations manager, advertising operations, ad operations executive, online ad trafficker, ad operations trafficker, ad trafficker. If you're getting few results, try a more general search term. People who searched for jobs in India also searched for ad operations specialist, ad operations coordinator, advertising operations, ad operations analyst, ad operations, advertising operations associate, ad operation, ad operations trafficker, ad operations manager. If you're getting few results, try a more general search term.Digital Ad Operation- Advertising Operations for Publishers
JourneysHow to configure workbooks manuallyThe Workbooks folder within this repo contains four workbooks in the standard JSON Gallery Template format. You can use the following instructions to import the JSON to create a new workbook. Please note that you need to repeat these steps for all workbooks.DashboardMFARisk DetectionsConditional AccessSearch by CorrelationIdList of Abandon JourneysPhone Authentication FailuresThe Azure AD B2C Dashboard workbook provides various reports related to User Insights and Authentications for Azure AD B2C Tenant.From Log Analytics workspace select Workbooks.From the toolbar, select + New option to create a new workbook.On the New workbook page, select the Advanced Editor using the option on the toolbar.Select Gallery Template.Replace the JSON in the Gallery Template with the content Azure AD B2C basic workbook:Apply the template by using the Apply button.Select Done Editing button from the toolbar to finish editing of the workbook.Finally, save the workbook by using the Save button from the toolbar.Provide a Title such as, Azure AD B2C Dashboard.Select Save.The workbook will display reports in the form of a dashboard.Azure AD B2C DashboardUser InsightsPlatformBrowserLocationAuthenticationsAuthentications Per ApplicationsAuthentications Per Identity ProviderAuthentications Per PolicyAuthentications Failure ReasonsFailed Sign-Ins (Timechart)Successful Sign-Ins (Timechart)Multifactor Authentications (MFA) OperationsMFA workbook provides summary of successful and failed MFA operations throughout Azure AD B2C Tenant.MFA OperationsSummary of MFA operations (success, failed, client error)MFA operations per Azure AD B2C PolicyDetails of Successful MFA OperationsDetails of Unsuccessful MFA OperationsRisk DetectionsThis report uses Azure AD B2C Sign-in logs to capture risk detections. More detail on these risk detections and remediation can be found inWhat Is Ad Operations? Ad Ops Explained
Data Types: char | stringConstraintDerivative — Indication to use automatic differentiation for constraint functions 'auto' (default) | 'auto-forward' | 'auto-reverse' | 'finite-differences' Indication to use automatic differentiation (AD) for nonlinear constraint functions, specified as 'auto' (use AD if possible), 'auto-forward' (use forward AD if possible), 'auto-reverse' (use reverse AD if possible), or 'finite-differences' (do not use AD). Choices including auto cause the underlying solver to use gradient information when solving the problem provided that the constraint functions are supported, as described in Supported Operations for Optimization Variables and Expressions. For an example, see Effect of Automatic Differentiation in Problem-Based Optimization. Solvers choose the following type of AD by default:For a general nonlinear objective function, fmincon defaults to reverse AD for the objective function. fmincon defaults to reverse AD for the nonlinear constraint function when the number of nonlinear constraints is less than the number of variables. Otherwise, fmincon defaults to forward AD for the nonlinear constraint function.For a general nonlinear objective function, fminunc defaults to reverse AD.For a least-squares objective function, fmincon and fminunc default to forward AD for the objective function. For the definition of a problem-based least-squares objective function, see Write Objective Function for Problem-Based Least Squares.lsqnonlin defaults to forward AD when the number of elements in the objective vector is greater than or equal to the number of variables. Otherwise, lsqnonlin defaults to reverse AD.fsolve defaults to forward AD when the number of equations is greater than or equal to the number of variables. Otherwise, fsolve defaults to reverse AD. Example: 'finite-differences' Data Types: char | stringEquationDerivative — Indication to use automatic differentiation for equations 'auto' (default) | 'auto-forward' | 'auto-reverse' | 'finite-differences' Indication to use automatic differentiation (AD) for nonlinear constraint functions, specified as 'auto' (use AD if possible), 'auto-forward' (use forward AD if possible), 'auto-reverse' (use reverse AD if possible), or 'finite-differences' (do not use AD). Choices including auto cause the underlying solver to use gradient information when solving the problem provided that the equation functions are supported, as described in Supported Operations for Optimization Variables and Expressions. For an example, see Effect of Automatic Differentiation in Problem-Based Optimization. Solvers choose the following type of AD by default:For a general nonlinear objective function, fmincon defaults to reverse AD for the objective function. fmincon defaults to reverse AD for the nonlinear constraint function when the number of nonlinear constraints is less than the number of variables.'Ad Ops' (Ad Operations) Defined - criterionglobal.com
Is immensely improved with faster, problem-free authentication of users. How can ManageEngine help? ADManager Plus is an integrated AD, Exchange Server, Microsoft 365, Skype for Business (Lync), and Google Workspace management and reporting solution. This tool allows you to securely delegate OU- and group-based AD tasks to help desk technicians. It also offers customizable workflows to help you streamline and monitor the execution of AD tasks, and automate critical tasks and routines. Highlights Manage AD, Exchange, Microsoft 365, Skype for Business, and Google Workspace from a single console. Utilize more than 200 prepackaged AD reports. Create Exchange mailboxes in bulk for AD users and groups. Create Microsoft 365 users in bulk with appropriate licenses via templates or CSVs. Automate routine operations like user provisioning and AD cleanup. Execute AD tasks on a ticket basis with a multi-level workflows. Manage AD on the go with iOS and Android apps. Try ADManager Plus for free 30-day, free trial. No credit card required. Enjoy the Free Edition after the evaluation period.. People who searched for jobs in India also searched for ad operations, ad operation, ad operations specialist, ad operations associate, ad operations manager, advertising operations, ad operations executive, online ad trafficker, ad operations trafficker, ad trafficker. If you're getting few results, try a more general search term. People who searched for jobs in India also searched for ad operations specialist, ad operations coordinator, advertising operations, ad operations analyst, ad operations, advertising operations associate, ad operation, ad operations trafficker, ad operations manager. If you're getting few results, try a more general search term.Comments
Ad operations (also known as ad ops) is managing and executing advertising campaigns. It involves the technical setup, management, and optimisation of ad campaigns across various channels and platforms.What is the role of ad ops?The role of ad operations is to ensure the seamless delivery of ads to the right audience at the right time across different channels and platforms. This involves managing the technical aspects of the ad-serving process, such as ad trafficking, ad targeting, and campaign optimisation. Ad operations professionals work closely with creative, media planning, and analytics teams to ensure that campaigns are set up correctly, and performance is tracked and optimised in real-time. Overall, ad operations play a critical role in maximising the effectiveness and efficiency of advertising campaigns.Benefits of a high-performing ad operations functionEfficient campaign execution: Ad operations help ensure campaigns are executed smoothly and efficiently. This includes ad trafficking, creative optimisation, and troubleshooting technical issues.Improved targeting: An ad ops function allows marketers to target their campaigns to specific audiences based on location, demographics, interests, and behaviour. This helps increase the relevance of ads and improve campaign performance.Enhanced tracking and reporting: Ad operations include implementing tracking codes and collecting data to monitor campaign performance. This information can be used to optimise campaigns and improve ROI.Scalability: Ad ops allow marketers to manage large-scale campaigns across multiple platforms and channels. This helps maximise reach and improve campaign efficiency.How ad operations benefit from creative automationAd operations benefit from creative automation platforms in several ways. Firstly, innovative automation platforms can streamline and automate the ad creation process, allowing ad operations teams to produce high-quality, personalised ad creatives at scale. This can save time and resources while improving ad performance, allowing for more targeted and relevant messaging.Additionally, creative automation platforms can help with ad trafficking and campaign management by automating the delivery of creatives to different channels and publishers and providing real-time performance tracking and optimisation. This can help ad operations teams quickly identify issues or opportunities and make necessary adjustments to improve campaign performance.Finally, creative automation platforms can help to ensure compliance with industry standards and regulations, such as the General Data Protection Regulation (GDPR) and the California Consumer Privacy Act (CCPA), by providing tools for managing data privacy and consent across different ad channels and platforms.Creative automation platforms can help ad operations teams streamline and automate their workflows, improve campaign performance, and ensure compliance with industry regulations.
2025-03-27In the early days of the Internet, running ads was simply a matter of buying the space. These days, it's a great deal more complicated than that. Digital advertising is now almost entirely programmatic, defined by automation and real-time bidding.Understandably, this shift goes hand in hand with considerable technical and logistical challenges — which is where ad ops comes into the picture. Advertising operations — ad ops for short — is basically a catch-all term for the systems, processes, and technologies that support the sale, management, and execution of digital advertising, including but not limited to:Organic search.Display.Mobile. Rich media. Text. Video. In-app. Email.What Does Ad Ops Involve?To understand ad ops, one must first understand the concept of programmatic buying. Basically, as the Internet continued to grow, it became increasingly infeasible for marketing professionals to handle ad placements entirely by hand. Instead, they began to rely on programmatic models that automated much of the work.These models, however, were quite complex — a fact which led to the emergence of the first ad networks. From here, the industry continued to evolve, eventually introducing real-time bidding into the equation. Rather than simply purchasing ad space and letting their campaigns run, advertisers could now bid against one another on keywords, constantly vying for their ad to be the one that a customer sees.Although real-time bidding is far from the only purchase model, it's nevertheless the dominant one, particularly where Google is concerned. Programmatic advertising, meanwhile, accounts for roughly 84.5 percent of all digital display ad purchases.Who is Responsible for Managing Ad Ops?While some major content publishers employ their own advertising operations team in-house, many rely entirely on outsourced ad ops. This is to be expected. Digital ad ops tends to be a complex and technically-demanding field, so much so that the ad ops industry is worth roughly $106 billion.But what exactly do advertising operations professionals do? The short answer is that they directly generate revenue by facilitating the sale and placement of ads. Other responsibilities may include: Ad pricing. Research.Vendor management.Consulting and optimization. Troubleshooting and technical support. Analytics. Quality control and compliance management. Hardware and software management and maintenance. Scheduling. Campaign setup and management.Why You Should Pay Attention to Ad OpsUnderstanding ad ops can go a long way towards gaining a deeper understanding of your ad spend. First and foremost, a solid understanding of ad ops allows an advertiser to run more efficient ad campaigns. By understanding how ads are placed, priced, and managed on the operations side, you gain insight into where and how your brand should spend. Maintaining ongoing knowledge of ad ops also makes it easier to ensure compliance with industry standards, while also giving you and your team a window
2025-04-09JourneysHow to configure workbooks manuallyThe Workbooks folder within this repo contains four workbooks in the standard JSON Gallery Template format. You can use the following instructions to import the JSON to create a new workbook. Please note that you need to repeat these steps for all workbooks.DashboardMFARisk DetectionsConditional AccessSearch by CorrelationIdList of Abandon JourneysPhone Authentication FailuresThe Azure AD B2C Dashboard workbook provides various reports related to User Insights and Authentications for Azure AD B2C Tenant.From Log Analytics workspace select Workbooks.From the toolbar, select + New option to create a new workbook.On the New workbook page, select the Advanced Editor using the option on the toolbar.Select Gallery Template.Replace the JSON in the Gallery Template with the content Azure AD B2C basic workbook:Apply the template by using the Apply button.Select Done Editing button from the toolbar to finish editing of the workbook.Finally, save the workbook by using the Save button from the toolbar.Provide a Title such as, Azure AD B2C Dashboard.Select Save.The workbook will display reports in the form of a dashboard.Azure AD B2C DashboardUser InsightsPlatformBrowserLocationAuthenticationsAuthentications Per ApplicationsAuthentications Per Identity ProviderAuthentications Per PolicyAuthentications Failure ReasonsFailed Sign-Ins (Timechart)Successful Sign-Ins (Timechart)Multifactor Authentications (MFA) OperationsMFA workbook provides summary of successful and failed MFA operations throughout Azure AD B2C Tenant.MFA OperationsSummary of MFA operations (success, failed, client error)MFA operations per Azure AD B2C PolicyDetails of Successful MFA OperationsDetails of Unsuccessful MFA OperationsRisk DetectionsThis report uses Azure AD B2C Sign-in logs to capture risk detections. More detail on these risk detections and remediation can be found in
2025-04-19Data Types: char | stringConstraintDerivative — Indication to use automatic differentiation for constraint functions 'auto' (default) | 'auto-forward' | 'auto-reverse' | 'finite-differences' Indication to use automatic differentiation (AD) for nonlinear constraint functions, specified as 'auto' (use AD if possible), 'auto-forward' (use forward AD if possible), 'auto-reverse' (use reverse AD if possible), or 'finite-differences' (do not use AD). Choices including auto cause the underlying solver to use gradient information when solving the problem provided that the constraint functions are supported, as described in Supported Operations for Optimization Variables and Expressions. For an example, see Effect of Automatic Differentiation in Problem-Based Optimization. Solvers choose the following type of AD by default:For a general nonlinear objective function, fmincon defaults to reverse AD for the objective function. fmincon defaults to reverse AD for the nonlinear constraint function when the number of nonlinear constraints is less than the number of variables. Otherwise, fmincon defaults to forward AD for the nonlinear constraint function.For a general nonlinear objective function, fminunc defaults to reverse AD.For a least-squares objective function, fmincon and fminunc default to forward AD for the objective function. For the definition of a problem-based least-squares objective function, see Write Objective Function for Problem-Based Least Squares.lsqnonlin defaults to forward AD when the number of elements in the objective vector is greater than or equal to the number of variables. Otherwise, lsqnonlin defaults to reverse AD.fsolve defaults to forward AD when the number of equations is greater than or equal to the number of variables. Otherwise, fsolve defaults to reverse AD. Example: 'finite-differences' Data Types: char | stringEquationDerivative — Indication to use automatic differentiation for equations 'auto' (default) | 'auto-forward' | 'auto-reverse' | 'finite-differences' Indication to use automatic differentiation (AD) for nonlinear constraint functions, specified as 'auto' (use AD if possible), 'auto-forward' (use forward AD if possible), 'auto-reverse' (use reverse AD if possible), or 'finite-differences' (do not use AD). Choices including auto cause the underlying solver to use gradient information when solving the problem provided that the equation functions are supported, as described in Supported Operations for Optimization Variables and Expressions. For an example, see Effect of Automatic Differentiation in Problem-Based Optimization. Solvers choose the following type of AD by default:For a general nonlinear objective function, fmincon defaults to reverse AD for the objective function. fmincon defaults to reverse AD for the nonlinear constraint function when the number of nonlinear constraints is less than the number of variables.
2025-03-27