The intended theme proposed in this case is designing the application through which browsing could be done where any dark pattern advertisement is identified that could be alerted through a dialog box. For detection, a novel dark pattern detection approach is designed and considered as in-built ...
improved binary neural network performance 2x-4x times for Detection on CPU and GPU if you trained your own weights by using this XNOR-net model (bit-1 inference) : https://github.com/AlexeyAB/darknet/blob/master/cfg/yolov3-tiny_xnor.cfg improved neural network performance ~7% by fusing 2...
Too Long; Didn't Read The conclusion highlights the behavioral dominance of dark pattern designs despite varying privacy concerns, particularly noting older adults' vulnerability due to a loss-aversive nature. Suggestions include identifying counteractive technology designs and establishing r...
The prediction ofH0in the Lambda-Cold Dark Matter (ΛCDM) standard cosmological paradigm is based on fitting the pattern of anisotropies in the cosmic microwave background (CMB), a nearly uniform and almost perfectly blackbody radiation thought to come from redshiftz= 1100, when neutral atoms fi...
Fig. 5.13 shows the evolution pattern for N=3; it should be compared with Fig. 5.7 where the evolution of a third-order bright soliton is shown. Two pairs of gray solitons appear and move away from the central black soliton as the propagation distance increases. At the same time, the ...
neither the strong nor medium interacting regions provide a better fit for the cmb data. however, in the baseline dataset, we observe improvement, with medium interaction being more optimal than strong interaction. a similar pattern is seen in case b, which shows a better fit due to adding a...
Moreover, we shared very recent evidence that this candidate ‘binary’ cancer biomarker can be appreciated in the peripheral blood of patients with advanced cancers using ultrasensitive protein detection assays [7]. These findings raise the possibility that LINE-1 expression may be leveraged for ...
The second line of thinking is that dark matter is weakly interacting massive particles (WIMPs), perhaps predicted by a proposed extension of the standard model of particle physics called supersymmetry. Direct detection of WIMPs involves looking for their occasional collisions with ordinary matter. ...
In all cases, we have considered a Dark Matter candidate with hypercharge Y = 0, a phenomenological requirement due to direct detection constraints, which point to DM candidates that do not couple to the Z-boson at tree-level. Instead, the heavy DM particle would couple to quarks via loop-...
Its interactions with matter are mediated by the Higgs boson, and are inherently suppressed, naturally out of the reach of direct or indirect detection experimental prospects. To generalize this model, in section 5 we introduce a simple extension by a Higgs-like singlet real scalar mediator. Both...