Part of the application of these classifiers is the use of constructed action to depict one of the skiers falling behind, falling over a rock into a mud pond, getting up and leaving the incident moving in the direction of the other skiers. This alternating between close-up and long-shot orientation is a part of depiction in ASL. Depiction is another important aspect of incorporating a real-life, visual-spatial orientation to information and provides for a natural application of classifiers as part of the process
In the 1990s, a renewed interested in the relation between sign languages and gesture took place. Some linguists, such as Liddell (2000), called the linguistic status of classifier constructions into question, especially the location and movement. There were two reasons for doing so. First, the imitative gestures of non-signers are similar to classifiers. Second, very many types of movement and locations can be used in these constructions. Liddell suggested that it would be more accurate to consider them to be a mixture of linguistic and extra-linguistic elements, such as gesture. Schembri and colleagues similarly suggested in 2005 that classifier constructions are "blends of linguistic and gestural elements". Regardless of the high degree of variability, Schembri and colleagues argue that classifier constructions are still grammatically restrained by various factors. For example, they are more abstract and categorical than the gestural forms made by non-signers. It is now generally accepted that classifiers have both linguistic and gestural properties.
Nave Bayes also performs well for multiclass problems. As far as the categorical input variables are concerned, nave Bayes performs well compared to numerical variables. With several advantages, the nave Bayes classifier suffers from zero frequency problems and its strong assumption of independent features. However, zero frequency problems can be solved by smoothing techniques such as the Laplase estimation 
Jun 01, 2021 Spiral classifier isposed of the transmission mechanism, the spiral body, tank body, the lifting mechanism, lower support bearing bush and discharge valve. Since the bearing support is immersed in the slurry for a long time, a good sealing device is required
With these possibilities in mind, develop a translation of the text, practice it, tape it, share it with a mentor and/or peers for feedback, and re-do as the feedback warrants, until you have a translation that you feel is a good illustration of the meaning of the text and incorporates several different classifier constructs that convey the information in a visual-spatial manner
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There are an infinite number of classifiers that you can use. You can combine almost any handshape with any movement and location to create a classifier
We explore here the acquisition of the lexical (phonological) and grammatical (morphological) uses of two types of iconic handshapes in ASL: (1) object handshapes, which represent properties of an object, and (2) handling handshapes, which represent how an object is handled or manipulated. Importantly, the same object and handling handshapes can be found in the core and spatial lexicons of ASL. For example, the object handshape ]is found in BOOK (Figure 1, bottom left), a core lexical item, and in flat-object-fall-over, a spatial lexical item (Figure 1, bottom right). As we will describe in the next section, there are ways of determining whether a handshape is a noun in the core lexicon and thus operating lexically (phonologically), or a classifier predicate in the spatial lexicon and thus operating grammatically (morphologically)