Advances in MT require increasing computing power, linguistic data, and algorithmic efficiency. Consequently, the researchers had presumed progress would slow as singularity approached. To their surprise, the rate of development was highly linear.
Winner: Vasiliki Karagiannaki Prize for the Best Edited Volume in Modern Greek Studies Promotes the understanding of Italian Americans and Greek Americans through the study of their interactions and juxtapositions. Redirecting Ethnic Singularity: Italian Americans and Greek Americans in Conversation contributes to U.S. ethnic and immigration studies by bringing into conversation scholars working in the fields of Italian American and Greek American studies in the United States, Europe, and Australia. The work moves beyond the "single group" approach--an approach that privileges the study of ethnic singularity--to explore instead two ethnic groups in relation to each other in the broader context of the United States. The chapters bring into focus transcultural interfaces and inquire comparatively about similarities and differences in cultural representations associated with these two groups. This co-edited volume contributes to the fields of transcultural and comparative studies. The book is multi-disciplinary. It features scholarship from the perspectives of architecture, ethnomusicology, education, history, cultural and literary studies, and film studies, as well as whiteness studies. It examines the production of ethnicity in the context of American political culture as well as that of popular culture, including visual representations (documentary, film, TV series) and "low brow" crime fiction. It includes analysis of literature. It involves comparative work on religious architecture, transoceanic circulation of racialized categories, translocal interconnections in the formation of pan-Mediterranean identities, and the making of the immigrant past in documentaries from Italian and Greek filmmakers. This volume is the first of its kind in initiating a multidisciplinary transcultural and comparative study across European Americans.
The difficulty of foreseeing the arrival of the technological singularity and of imagining what could happen beyond this technological "event horizon" makes us feel like we are facing a black hole, with the sensation that sooner or later it will swallow us up.
In The Coming Community, published in 1990 and translated by longtime admirer Michael Hardt in 1993, Agamben describes the social and political manifestation of his philosophical thought. Employing diverse short essays he describes the nature of "whatever singularity" as that which has an "inessential commonality, a solidarity that in no way concerns an essence". It is important to note his understanding of "whatever" not as being indifference but based on the Latin "quodlibet ens"[32] translated as "being such that it always matters".
The political task of humanity, he argues, is to expose the innate potential in this zone of indistinguishability. And although criticised as dreaming the impossible by certain authors,[36] he nonetheless shows a concrete example of whatever singularity acting politically:
Whatever singularity, which wants to appropriate belonging itself, its own being-in-language, and thus rejects all identity and every condition of belonging, is the principal enemy of the State. Wherever these singularities peacefully demonstrate their being in common there will be Tiananmen, and, sooner or later, the tanks will appear.
And apparently, Translated claims, its data suggests that we're within seven years of that singularity. A bold conclusion, especially because the startup is mainly looking at one number: "Time to Edit" (TTE), or the average time that it takes top-performing human translators to, per word, "check and correct [machine translated]-suggested translations" in the input source languages.
There's also the reality, as PopMech points out, that what exactly would constitute the singularity or AGI is widely debated in research communities. Sure, this is one measure, but others exist, and none is unanimously agreed upon. While TTE might be an intriguing way to measure one sector of the broader AI market's progress, we're not totally convinced that it's solid ground for insisting that we'll reach singularity by 2030.
I have 2 categorical factors. The first is type of covering material, with 2 types available. Since it is also possible to use no covering material, this factor has 3 levels. The second factor is the method to apply these materials and has 2 levels (without overlap or with overlap). I am interested in fitting a model with the main effects and the interaction. When I try it to run this way (Table script "Test 1") the report indicates a singularity. So far no surprise, the model would require 6 parameters but the X matrix only allows 5. The problem is that the reports such as effect summary or interaction profiler don't work.
The singularity in this case indicates that you do not have all the right observations to estimate all the effects. You might try to design an experiment for these factors and desired model to see which runs are necessary. The minimum number of runs are sufficient for this purpose. Your data lacks some combinations of levels. You only observed Type = None with Method = Method A, so you cannot estimate the interaction effect.
Create citation alert 0295-5075/36/3/233 Abstract We explore the possibility of a three-stage scenario of the evolutionof the Universe which contains power law inflation and explicitlysatisfies the so-called low-gravitational-entropy (GE) conditions atthe cosmological singularity. The index of inflation is evaluated.An estimate for the matter entropy of the Universe gives a resultwhich is in reasonable agreement with an observable figure 1088.This paper proves that inflationary cosmologies are compatible inprinciple with low-GE conditions at the singularity.
In a survey paper of Thom's work, Sullivan discusses an example of an isolated singularity (see p. 5). We begin by considering rank one 2x3 matrices which can be viewed as a 4-fold in $\mathbbC^6$; projectivizing, we get a 3-fold $V \subset \mathbbCP^5$. Sullivan then says that we may consider the complex cone of $V$ inside of $\mathbbC^6$. My guess is that this object can be defined via $C(V):= \v$ but then we need to know that $V$ can be embedded in $\mathbbC^4$.
We now want to obtain an element in $\pi_11(MU(2))$ associated to this singularity. We then take the link $L=S^11 \cap C(V)$ since, Sullivan claims, the cone has an isolated singularity. My guess is that since the complex tangencies are well-defined, we can map $L \to \textGr_\mathbbC(2,6)$ via $x \in L \mapsto \mathbbC^6/T_x C(V)$, the normal complex 2-plane. This includes into $BU(2)$ and we can extend the map to $S^11$ by mapping everything in the complement of $L$ to a point. Lifting this map to the tautological bundle $\xi_2 \to BU(2)$ and then into the Thom space $MU(2)$, we get an element of $\pi_11(MU(2))$.
'Identities in motion' engages with recent trends in Italian culture, aiming to be a forum in which to discuss different methodologies and representational practices. In the context of discussing mobility, Italy offers an interesting case study due to the singularity of the colonial past, the complexity of the process of decolonization, the history of migration from and, in the more recent past, to Italy. All these historical and social phenomena will be seen in a multi-disciplinary perspective that encourages a complex awareness of the different meanings of Italian identities and belongings.
This research presents a trajectory control for non-redundant serial-link manipulators that is valid for trajectories with ordinary singularities of codimension one and non-ordinary singularities of any codimension. Firstly, it is presented a unified view of tracking algorithms for trajectories with ordinary singularities. Afterwards, several singularity classifications are indicated and illustrated. Then, it is developed a procedure to solve the indeterminate motion of non-ordinary singularities, which is applied to several cases. Finally, the proposed trajectory control is presented and simulated for the 2R manipulator case.
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