Anthology ID: W18-6122 Volume: Proceedings of the 2018 EMNLP Workshop W-NUT: The 4th Workshop on Noisy User-generated Text Month: November Year: 2018 Address: Brussels, Belgium Venues: EMNLP Our experiments also show the additional challenges associated with the task and the short-comings of language-model based architectures for definition generation. Our approach improves previous baselines by 2 BLEU points for the definition generation task. To model definitions, we train a language model and incorporate additional domain-specific information like word co-occurrence, and ontological category information.
#DOMAINER DEFINE SOFTWARE#
Specifically, we learn definitions of software entities from a large corpus built from the user forum Stack Overflow. Here, we investigate the task of automatically generating definitions of technical terms by reading text from the technical domain. Even if you use only secure https connections, any cookie you see may have been set using an insecure connection.Abstract One way to test a person’s knowledge of a domain is to ask them to define domain-specific terms. When you read a cookie, you cannot see from where it was set. When you set a cookie, you can limit its availability using the Domain, Path, Secure, and HttpOnly flags. The browser will make a cookie available to the given domain including any sub-domains, no matter which protocol (HTTP/HTTPS) or port is used. Internet Explorer uses its own internal method to determine if a domain is a public suffix.
Firefox and Chrome use the Public Suffix List to determine if a domain is a public suffix.
A page can set a cookie for its own domain or any parent domain, as long as the parent domain is not a public suffix. Each origin gets its own separate storage, and JavaScript in one origin cannot read from or write to the storage belonging to another origin.Ĭookies use a separate definition of origins. Sites can use the X-Frame-Options header to prevent cross-origin framing.Īccess to data stored in the browser such as Web Storage and IndexedDB are separated by origin.
The same-origin policy controls interactions between two different origins, such as when you use XMLHttpRequest or an element. A more exhaustive list of failure cases can be found in Document.domain > Failures. localStorage, indexedDB, BroadcastChannel, SharedWorker). For example, it will throw a " SecurityError" DOMException if the document-domain Feature-Policy is enabled or the document is in a sandboxed, and changing the origin in this way does not affect the origin checks used by many Web APIs (e.g. It has to be set in both so their port numbers are both null. Therefore, one cannot make :8080 talk to by only setting document.domain = "" in the first. Any call to document.domain, including document.domain = document.domain, causes the port number to be overwritten with null. The port number is checked separately by the browser. However, could not set document.domain to, since that is not a superdomain of. Afterward, the page can pass the same-origin check with (assuming sets its document.domain to " " to indicate that it wishes to allow that - see document.domain for more).
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