Margaret Parker, MD, FCCM, speaks Katri Typpo, MD, MPH, lead author of an article published in the September 2012 issue of Pediatric Critical Care Medicine

PNB Q3 Earnings: PSU lender reports Rs 492 cr loss on higher provisioning

This episode is all about challenging yourself to new heights… of course with a challenge or two. Also Alex wants to know what’s up with those terms and conditions where some photo businesses seem to make you sign away the rights to your photos. Download the MP3 for this episode Receive TFTTF updates via email … Continue reading "892 To New Heights"

The post 892 To New Heights appeared first on PHOTOGRAPHY TIPS FROM THE TOP FLOOR.

Since 1926, Howard's Point Marina in Excelsior on Lake Minnetonka has served up live bait, fishing accessories, refreshments and other necessities for enjoying time on the water.

Because of a break in the Transcanyon Pipeline, there is no drinking water available on the North Kaibab Trail. https://www.nps.gov/grca/learn/news/pipeline-break.htm

Temporary road and trail closures for public and firefighter safety continue at Grand Canyon National Park. These include the Swamp Ridge Road, the North Bass Trail, and the Powell Plateau Trail. Fire Point, the Nankoweap Trail, and the Point Imperial Trail remain closed. https://www.nps.gov/grca/learn/news/obi-fire-grows-to-9-921-acres.htm

TIMES-SHAMROCK COMMUNICATIONS Alternative WFUZ (ALT 92.1)/WILKES BARRE-SCRANTON has kicked off MAY with a new weeknight show, "MAJORITY RULES," allowing listeners to control the … more

HUBBARD RADIO/SEATTLE has announced that CAT THOMAS will become the Brand & Content Director at Top 40 KQMV (MOVIN 92.5) and AC KRWM (WARM 106.9), transferring from HUBBARD’s … more

St-Donat, Bas-St-Laurent, Québec

We derive the non-relativistic $c oinfty$ and ultra-relativistic $c o 0$ limits of the $kappa$-deformed symmetries and corresponding spacetime in (3+1) dimensions, with and without a cosmological constant. We apply the theory of Lie bialgebra contractions to the Poisson version of the $kappa$-(A)dS quantum algebra, and quantize the resulting contracted Poisson-Hopf algebras, thus giving rise to the $kappa$-deformation of the Newtonian (Newton-Hooke and Galilei) and Carrollian (Para-Poincar'e, Para-Euclidean and Carroll) quantum symmetries, including their deformed quadratic Casimir operators. The corresponding $kappa$-Newtonian and $kappa$-Carrollian noncommutative spacetimes are also obtained as the non-relativistic and ultra-relativistic limits of the $kappa$-(A)dS noncommutative spacetime. These constructions allow us to analyze the non-trivial interplay between the quantum deformation parameter $kappa$, the curvature parameter $eta$ and the speed of light parameter $c$.

We study flows on C*-algebras with the Rokhlin property. We show that every Kirchberg algebra carries a unique Rokhlin flow up to cocycle conjugacy, which confirms a long-standing conjecture of Kishimoto. We moreover present a classification theory for Rokhlin flows on C*-algebras satisfying certain technical properties, which hold for many C*-algebras covered by the Elliott program. As a consequence, we obtain the following further classification theorems for Rokhlin flows. Firstly, we extend the statement of Kishimoto's conjecture to the non-simple case: Up to cocycle conjugacy, a Rokhlin flow on a separable, nuclear, strongly purely infinite C*-algebra is uniquely determined by its induced action on the prime ideal space. Secondly, we give a complete classification of Rokhlin flows on simple classifiable $KK$-contractible C*-algebras: Two Rokhlin flows on such a C*-algebra are cocycle conjugate if and only if their induced actions on the cone of lower-semicontinuous traces are affinely conjugate.

A natural problem in the context of the coupon collector's problem is the behavior of the maximum of independent geometrically distributed random variables (with distinct parameters). This question has been addressed by Brennan et al. (British J. of Math. & CS. 8 (2015), 330-336). Here we provide explicit asymptotic expressions for the moments of that maximum, as well as of the maximum of exponential random variables with corresponding parameters. We also deal with the probability of each of the variables being the maximal one.

The calculations lead to expressions involving Hurwitz's zeta function at certain special points. We find here explicitly the values of the function at these points. Also, the distribution function of the maximum we deal with is closely related to the generating function of the partition function. Thus, our results (and proofs) rely on classical results pertaining to the partition function.

This paper considers the multi-group multicast beamforming optimization problem, for which the optimal solution has been unknown due to the non-convex and NP-hard nature of the problem. By utilizing the successive convex approximation numerical method and Lagrangian duality, we obtain the optimal multicast beamforming solution structure for both the quality-of-service (QoS) problem and the max-min fair (MMF) problem. The optimal structure brings valuable insights into multicast beamforming: We show that the notion of uplink-downlink duality can be generalized to the multicast beamforming problem. The optimal multicast beamformer is a weighted MMSE filter based on a group-channel direction: a generalized version of the optimal downlink multi-user unicast beamformer. We also show that there is an inherent low-dimensional structure in the optimal multicast beamforming solution independent of the number of transmit antennas, leading to efficient numerical algorithm design, especially for systems with large antenna arrays. We propose efficient algorithms to compute the multicast beamformer based on the optimal beamforming structure. Through asymptotic analysis, we characterize the asymptotic behavior of the multicast beamformers as the number of antennas grows, and in turn, provide simple closed-form approximate multicast beamformers for both the QoS and MMF problems. This approximation offers practical multicast beamforming solutions with a near-optimal performance at very low computational complexity for large-scale antenna systems.

The history of text can be traced back over thousands of years. Rich and precise semantic information carried by text is important in a wide range of vision-based application scenarios. Therefore, text recognition in natural scenes has been an active research field in computer vision and pattern recognition. In recent years, with the rise and development of deep learning, numerous methods have shown promising in terms of innovation, practicality, and efficiency. This paper aims to (1) summarize the fundamental problems and the state-of-the-art associated with scene text recognition; (2) introduce new insights and ideas; (3) provide a comprehensive review of publicly available resources; (4) point out directions for future work. In summary, this literature review attempts to present the entire picture of the field of scene text recognition. It provides a comprehensive reference for people entering this field, and could be helpful to inspire future research. Related resources are available at our Github repository: https://github.com/HCIILAB/Scene-Text-Recognition.

Software Defined Networking is currently revolutionizing computer networking by decoupling the network control (control plane) from the forwarding functions (data plane) enabling the network control to become directly programmable and the underlying infrastructure to be abstracted for applications and network services. Next to the well-known OpenFlow protocol, the XML-based NETCONF protocol is also an important means for exchanging configuration information from a management platform and is nowadays even part of OpenFlow. In combination with NETCONF, YANG is the corresponding protocol that defines the associated data structures supporting virtually all network configuration protocols. YANG itself is a semantically rich language, which -- in order to facilitate familiarization with the relevant subject -- is often visualized to involve other experts or developers and to support them by their daily work (writing applications which make use of YANG). In order to support this process, this paper presents an novel approach to optimize and simplify YANG data models to assist further discussions with the management and implementations (especially of interfaces) to reduce complexity. Therefore, we have defined a bidirectional mapping of YANG to UML and developed a tool that renders the created UML diagrams. This combines the benefits to use the formal language YANG with automatically maintained UML diagrams to involve other experts or developers, closing the gap between technically improved data models and their human readability.

We analyze the computational complexity of motion planning through local "input/output" gadgets with separate entrances and exits, and a subset of allowed traversals from entrances to exits, each of which changes the state of the gadget and thereby the allowed traversals. We study such gadgets in the 0-, 1-, and 2-player settings, in particular extending past motion-planning-through-gadgets work to 0-player games for the first time, by considering "branchless" connections between gadgets that route every gadget's exit to a unique gadget's entrance. Our complexity results include containment in L, NL, P, NP, and PSPACE; as well as hardness for NL, P, NP, and PSPACE. We apply these results to show PSPACE-completeness for certain mechanics in Factorio, [the Sequence], and a restricted version of Trainyard, improving prior results. This work strengthens prior results on switching graphs and reachability switching games.

Narrowband internet-of-things (NB-IoT) is a competitive 5G technology for massive machine-type communication scenarios, but meanwhile introduces narrowband interference (NBI) to existing broadband transmission such as the long term evolution (LTE) systems in enhanced mobile broadband (eMBB) scenarios. In order to facilitate the harmonic and fair coexistence in wireless heterogeneous networks, it is important to eliminate NB-IoT interference to LTE systems. In this paper, a novel sparse machine learning based framework and a sparse combinatorial optimization problem is formulated for accurate NBI recovery, which can be efficiently solved using the proposed iterative sparse learning algorithm called sparse cross-entropy minimization (SCEM). To further improve the recovery accuracy and convergence rate, regularization is introduced to the loss function in the enhanced algorithm called regularized SCEM. Moreover, exploiting the spatial correlation of NBI, the framework is extended to multiple-input multiple-output systems. Simulation results demonstrate that the proposed methods are effective in eliminating NB-IoT interference to LTE systems, and significantly outperform the state-of-the-art methods.

Disclosed herein are methods for treating solid mass tumors with direct delivery of an anti-tumor immunotherapeutic agent to the tumor site. In one aspect, this invention encompasses methods of treating solid mass tumors by direct microinjection via a microcatheter of an anti-tumor immunotherapeutic agent into the microvasculature leading into tumor thereby providing high levels of contact with the tumor while minimizing the degree of systemic buildup of the immunotherapeutic agent.

THE annual event was one which saw local residents flock to the streets to catch a glimpse of the colourful and humerous floats as they trundled down the road.

Award-winning composer Peter McConnell is no stranger to the world of Plants vs. Zombies . Battle for Neighborville is his third soundtrack for the series. He's also no stranger to the banjo! He's been playing since he was 13, but when he spied a gorgeous 1928 Gibson five-string in a music store he regularly haunts, he knew it would be perfect for the Cheese Mines levels in the game. Peter gave the whole soundtrack a real roots feel, also using a slide guitar. He even wrote his own, in his words, "earnest" folk song, Where Have All the Plants Gone , inspired by legendary folksinger Joan Baez, who's actually a neighbor. Because Plants vs. Zombies Battle for Neighborville is a science fiction game at heart, Peter also added plenty of classic synths. He says the developers at Pop Cap also suggested the sound of the score for The Time Machine, based on the novel by H.G. Wells. Peter says getting the right emotion in his music for a game keeps the writing interesting, whether it's the

Lisa Cortés lives up to her self-description as a “hip-hop Zelig.” She began her career in 1986 as one of the first employees of a then-tiny record label called Def Jam. From there, she went on to manage legendary producers; discover hit rap, reggae, and r&b acts; and even run a label herself.

After her time in the music industry came to an end, Lisa re-invented herself as a successful film producer, starting at the bottom and working her way up to playing a key role in the Oscar-winning movie Precious: Based on the Novel “Push” by Sapphire. She is currently producing, writing, and directing a number of fascinating film projects, which we discuss here.

See http://theciphershow.com/episode/92/ for full show notes and comments.

Stef “P.O.S” Alexander is a rapper from Minneapolis who has long affiliations with both the Doomtree collective and the Rhymesayers label. He began his musical career as a punk rock kid, and he’s kept both the sound and the do-it-yourself spirit of punk rock in his moves into the rap world. He has released a number of albums that are diverse and fascinating in sound, topic, and theme, both on his own and as a part of Doomtree.

P.O.S has a new album, his first in five years. It’s called Chill, dummy.

See http://theciphershow.com/episode/192/ for full show notes and comments.

Fan favorite Danny B calls in again.

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Streamed live on 06/26/2013

Danny Brown, a rapper from Detroit who has released multiple albums and mixtapes. a music video directed by Jonah Hill, joins Joey Diaz and Lee Syatt live in studio.

The Illinois State Police on Friday made an announcement about the May 6 arrest in Iowa of Clark Terry Baldwin. He was wanted for the 1991 Tennessee murders of Pamela McCall and her unborn son, and the murders of two unidentified women discovered separately in Wyoming in 1992. In the ISP announcement, titled "Illinois State Police Announce An Update to the Tammy Zywicki Case," the ISP indicated that "at this time, Baldwin does not appear to have been involved with the murder of Tammy Zywicki." Zywicki, a 21-year-old college student, was abducted and killed by an unknown assailant after experiencing car trouble on I-80 near LaSalle, IL in August 1992. Reports at the time that she had been picked up by a trucker led nowhere. Baldwin was a long-haul trucker and suspected serial killer operating during the same time frame. He fit the profile of Zywicki's murderer and it was reported that authorities were investigating whether he might be involved. The ISP said it was continuing to

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Plummeting passenger traffic and flight cancellations will cost Seattle-Tacoma International Airport an estimated $251 million by the end of 2020.

ROYALTY FUELED THE roar of the 1920s in Seattle on Nov. 4, 1926. That day, the city welcomed a woman whom The Seattle Times called the “most beautiful and gracious of all Europe’s feminine monarchs,” Queen Marie. For the 51-year-old regal representative of Romania (then spelled Rumania), Seattle was but one destination on a cross-country […]

Blueprint, published: Wed, 22 Apr 2020

This information is intended to facilitate the deployment of IBM® FlashSystem for the Epic Corporation electronic health record (EHR) solution by describing the requirements and specifications for configuring IBM FlashSystem® 9200 and its parameters.

Redpaper, published: Tue, 28 Apr 2020

The FlashSystem 9200 combines the performance of flash and end-to-end Non-Volatile Memory Express (NVMe) with the reliability and innovation of IBM® FlashCore technology, the ultra-low latency of Storage Class Memory (SCM), the rich features of IBM Spectrum® Virtualize and AI predictive storage management, and proactive support by Storage Insights.

Redpaper, published: Mon, 4 May 2020

This IBM® Redbooks® Product Guide publication describes the IBM FlashSystem® 9200 solution, which is a comprehensive, all-flash, and NVMe-enabled enterprise storage solution that delivers the full capabilities of IBM FlashCore® technology.

Draft Redbooks, last updated: Wed, 6 May 2020

Continuing its commitment to developing and delivering industry-leading storage technologies, IBM® introduces the FlashSystems solution powered by IBM Spectrum® Virtualize V8.3.1.

After a month of almost unprecedented drama on global financial markets due to the spread of the Coronavirus, Rear Vision revisits the 1920s and the events that led to the stock market crash of 1929.