Ví dụ về việc sử dụng Digital experiments trong Tiếng anh và bản dịch của chúng sang Tiếng việt
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Finally, I will conclude with some design advice about how you can take advantage of the power of digital experiments, and I will describe some of the responsibilities that come with that power.
When researchers already have pre-treatment information, as is the case in many digital experiments, mixed designs are generally preferable to between-subjects designs because they result in improved precision of estimates.
Logistically, the easiest way to do digital experiments is to overlay your experiment on top of an existing environment, enabling you to run a digital field experiment. .
sensors become integrated into the built environment, these opportunities to run partially digital experiments in the physical world will increase dramatically.
Finally, I'll conclude with some design advice about how you can take advantage of the real power of digital experiments(section 4.6.1) and describe some of the responsibility that comes with that power(section 4.6.2).
Finally, to foreshadow an idea that will come later when I offer advice about designing digital experiments, a_mixed design_combines the improved precision of within-subjects designs and the protection against confounding of between-subjects designs(figure 4.5).
But in digital experiments, particularly those with zero variable cost,
investment of online ads, even with digital experiments involving millions of customers.
describe in Chapter 6, researchers designing digital experiments can also draw on ethical ideas from a different source: the ethical principles developed to guide experiments involving animals.
even with digital experiments involving millions of customers. More generally.
In digital experiments where researchers partner with companies or governments to deliver treatments
even with digital experiments involving millions of customers. More generally.
investment of online ads, even with digital experiments involving millions of customers.
Figure 4.19: Schematic of cost structures in analog and digital experiments.
The second piece of advice that I would like to offer about designing digital experiments concerns ethics.
In digital experiments, however, there are often many more participants and more is known about them.
The second piece of advice that I'd like to offer about designing digital experiments concerns ethics.
With that background, I will describe the trade-offs involved in the main strategies for conducting digital experiments.
Third, relative to some other forms of digital experiments, MTurk experiments cannot scale; Stewart et al.
With that background, I will describe the trade-offs involved in the two main strategies for conducting digital experiments.