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A survey is presented of available transducers to measure relative velocity, angle of attack, and angle of side slip for possible use on the ASCOP Free Running Model Submarine.

This paper calculates one potential measure of effectiveness for an ANV in maintaining an ASW Barrier and demonstrates the feasibility of calculating such measures. (Author)

The mechanism of action of mustards has been unknown since its initial development. To date there has been no counter measure to this vesicant that could be utilized for systemic and skin exposure (both of which occur in combat conditions). The members of the Mustard Consortium hypothesized that oxidative reactions were a significant part of the inflammatory process that is responsible for the damage that occurs when an animal is exposed to mustards. If indeed oxidative reactions were a significant part of the mechanism of action, then the use of antioxidants would decrease damage to the exposed tissue. We also hypothesized that a new technology, the antioxidant liposome could be used as vehicle for the delivery of antioxidants. Antioxidants have been demonstrated to have a significant protective effect for both prior, and post exposure to mustards. The Consortium's strength is in the multidisciplinary approach to this complex problem. The group is able to incorporate information from outside sources and generate new information at faster rate, due to the ability to consult other members involved in different aspects of the same research project. Multiple models have been developed which also rapidly increase useful experimental data in the determination of a counter measure.

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Note on drug interaction, remedial measure and related references .

This study is aimed at the psychometric evaluation and validation of a new-self report questionnaire to measure discomfort with negative emotional contrasts (NECs) in positive affect in a Dutch community sample of adults.

Symptoms of hypoxia have been documented among rotary-wing pilots and aircrew. An automated hypoxia warning system would be the optimal warning system, but currently no military aviation platform is outfitted with a physiological monitoring system to alert pilots and aircrew of impending hypoxic episodes. The objectives of this experiment were to compare the sensitivity of, and agreement between, a forehead-mounted pulse oximeter (Forehead) and finger-mounted pulse oximeter (Finger) for application in an early warning detection system. Military personnel donned an aviation flight mask connected to the Reduced Oxygen Breathing Device (ROBD), and were instrumented with the Forehead and Finger oximeters. Following instrumentation, subjects breathed ambient air through the ROBD, followed with one of two counterbalanced ascent profiles used to model exposure to altitude, while data were collected from both sensors. Results indicate an exceptionally strong agreement between the Forehead and Finger sensors. The sensitivity analyses revealed that the Forehead sensor was significantly faster when responding to rapid changes in SpO2 than the Finger. While the data may seem to suggest that the Forehead sensor is accurate and sensitive to altitude induced changes in SpO2, major drawbacks exist for the technology utilized in the current study. Reflectance technology remains promising, but significant improvements aimed at diminishing noise, curbing motion artifact, and improving reliability are required to reduce errant measurements before it can be considered for aviation applications.

Note this registration has been withdrawn: In this data note we provide the details of a qualitative study database carried out in the first wave of COVID-19 pandemic in different settings in Mozambique where we analysed the behaviour related to home confinement, the mobility of household members and the territoriality of mobility during the period current measures to contain the spread of COVID-19. The purpose of this data note is to describe a dataset from a mixed study conducted in Mozambique used in a sub-analysis of data. A mixed study design was adopted with a qualitative component that used a generic qualitative design and a quantitative component that followed a cross-sectional descriptive design. In the qualitative component, using a combination of data collection techniques based on rapid ethnography and rapid rural assessment. Informal conversations with participants recruited on the public road exclusively fed the quantitative component, non-participant observations and semi-structured interviews generated both quantitative and qualitative data. These data, available in our repository, favours several angles of assessments of behaviour related to home confinement, mobility and territoriality of a population group during the first wave of the COVID-19 outbreak.

A study investigated the job placement success of Michigan State University students using the campus career services and placement office in obtaining a job. Data were drawn from office records and a survey of 445 graduates in 1991-92 who requested and were granted an on-campus employer interview. In that year, the 2,685 students (35 percent of graduates) requesting on-campus employer interviews averaged 14 interview requests per student. Engineering students had the highest request and interview rate. Second interviews or plant visits were afforded to 63 percent of students interviewing on-campus. Business students had the highest success rate at this stage. Of students interviewed on campus, 44 percent received a job offer, representing 14 percent of the graduating class. Business, engineering, and communication majors had the highest job offer rates. It took an average of four on-campus interviews to obtain a second interview or plant visit, and two plant visits/second interviews to obtain a job offer. Invited on-campus interviews reduced, by nearly half, the effort required to obtain a job offer. Students invited by companies to interview were more likely to be women and to have higher grade point averages than those not invited. Students who did not receive job offers through Career Services and Placement used two job search methods to find employment: mailing resumes to and contacting employers, and responding to newspaper classifieds. These methods were rated as "not very helpful" in finding employment opportunities. (Author/MSE)

We point out that the main results-the analytic expressions for the Groverian Measure of Entanglement, in the above mentioned paper are erroneous. The technical mistake of the paper is discussed. It is shown by an explicit example that the formula for calculating the Groverian measure yields G(|\psi>) = 0 for some entangled states.

An improved volume-weighted probability measure for eternal inflation is proposed. For the models studied in this paper it leads to simple and intuitively expected gauge-invariant results.

Thesis (MS)?Naval Postgraduate School, 1967

We characterize Gaussian estimates for transition probability of a discrete time Markov chain in terms of geometric properties of the underlying state space. In particular, we show that the following are equivalent: (1) Two sided Gaussian bounds on heat kernel (2) A scale invariant Parabolic Harnack inequality (3) Volume doubling property and a scale invariant Poincar\'{e} inequality. The underlying state space is a metric measure space, a setting that includes both manifolds and graphs as special cases. An important feature of our work is that our techniques are robust to small perturbations of the underlying space and the Markov kernel. In particular, we show the stability of the above properties under quasi-isometries. We discuss various applications and examples.

The purpose of this paper is uncertainty evaluation in a target  differentiation problem. In the problem ultrasonic data fusion is applied using Dezert-Smarandache theory (DSmT). Besides of presenting a scheme to target differentiation using ultrasonic sensors, the paper evaluates DSmT-based fused results in uncertainty point of view.

Our knowledge of the diffuse emission that encompasses active regions is very limited. In the present paper we investigate two off-limb active regions, namely AR10939 and AR10961, to probe the underlying heating mechanisms. For this purpose we have used spectral observations from Hinode/EIS and employed the emission measure (EM) technique to obtain the thermal structure of these diffuse regions. Our results show that the characteristic EM distributions of the diffuse emission regions peak at log T = 6.25 and the cool-ward slopes are in the range 1.4 - 3.3. This suggests that both low as well as high frequency nanoflare heating events are at work. Our results provide additional constraints on the properties of these diffuse emission regions and their contribution to the background/foreground when active region cores are observed on-disk.

Transductive learning considers situations when a learner observes $m$ labelled training points and $u$ unlabelled test points with the final goal of giving correct answers for the test points. This paper introduces a new complexity measure for transductive learning called Permutational Rademacher Complexity (PRC) and studies its properties. A novel symmetrization inequality is proved, which shows that PRC provides a tighter control over expected suprema of empirical processes compared to what happens in the standard i.i.d. setting. A number of comparison results are also provided, which show the relation between PRC and other popular complexity measures used in statistical learning theory, including Rademacher complexity and Transductive Rademacher Complexity (TRC). We argue that PRC is a more suitable complexity measure for transductive learning. Finally, these results are combined with a standard concentration argument to provide novel data-dependent risk bounds for transductive learning.

Measure targets market for stolen car parts

*Description*: In this NICMOS image, the four quasar images and the lens galaxy have been subtracted, revealing a nearly complete ring of infrared light. Technical facts about this news release: Back to entire collection [ http://hubblesite.org/newscenter/archive/releases/index/377/ ] Next release [ http://hubblesite.org/newscenter/archive/releases/1998/36/ ] Previous release [ http://hubblesite.org/newscenter/archive/releases/1998/38/ ] *News Release Number:*: STScI-1998-37c

This is the Functional Requirements and Measure of Performance Report for the Manufacturing Optimization (MO) System. DICE has developed a concurrent engineering model that replicates the human tiger team concept. The basic tenet of the human tiger team is to have the various specialists contributing to the project co-located. In today's environment of complex product designs and geographically dispersed specialists, DICE envisioned a 'virtual tiger team' working on a 'unified product model' accessible by computer networks. Such an environment must enable specialists from each functional area to work on the design concurrently and share development ideas. Raytheon has proposed a conceptual refinement to the original DICE virtual tiger team. This refinement is a two level approach with a product virtual team having a global view supported by information supplied by lower level 'specialized' process virtual teams. This refinement is needed because of the growing complexity of our products, and supporting development processes which make it difficult for one individual to adequately support a complex manufacturing position. The virtual process team concept would allow comprehensive representation from each specialized process area.

"The Measure of Restitution in Rescission for Default" is an article from Columbia Law Review, Volume 21 . View more articles from Columbia Law Review . View this article on JSTOR . View this article's JSTOR metadata . You may also retrieve all of this items metadata in JSON at the following URL: https://archive.org/metadata/jstor-1112776

"Parent and Child. Action for Abduction of Minor Daughter. Measure of Damages" is an article from Virginia Law Review, Volume 8 . View more articles from Virginia Law Review . View this article on JSTOR . View this article's JSTOR metadata . You may also retrieve all of this items metadata in JSON at the following URL: https://archive.org/metadata/jstor-1063700

We present the basic language measure algorithms with some preliminary definitions of terms used. Properties of the measure are presented accompanied by proofs. We then describe in detail the algorithm for generating an optimal controller with respect to the language measure, and then prove that the generation is indeed optimal. Next we describe our experimentation regarding extracting language measure parameters from real or simulated modeled scenarios. From this experiment we obtain a constructive method for getting these parameters that can be applied to other types of situations other than MICA situations, thereby validating the language measure as a viable method of measurement. Example controllers and plant models are then used to illustrate the robustness of the measure with respect to small perturbations of its input parameters, and how the optimal algorithm generates results that improve upon the non-optimal measurements.

The computation of a piecewise smooth function that approximates a finite set of data points may be decomposed into two decoupled tasks: first, the computation of the locally smooth models, and hence, the segmentation of the data into classes that consist on the sets of points best approximated by each model, and second, the computation of the normalized discriminant functions for each induced class (which may be interpreted as relative probabilities). The approximating function may then be computed as the optimal estimator with respect to this measure field. For the first step, we propose a scheme that involves both robust regression and spatial localization using Gaussian windows. The discriminant functions are obtained by fitting Gaussian mixture models for the data distribution in the boundary of each class. We give an efficient procedure for effecting both computations, and for the determination of the optimal number of components. Examples of the application of this scheme to image filtering, surface reconstruction and time series prediction are presented as well.

Since many trauma and disaster studies include the Impact of Events Scale (lES) and the SCL-9O-R as core instruments, the DSMPTSD-III-R has been developed to identify PTSD with the addition of only 12 Supplemental Items to these two scales. The DSMPTSD-III-R is structured to meet DSM-III-R and the DSMPTSD-IV is structured to meet DSM-IV diagnostic criteria for PTSD using a multimeasure approach. The DSMPTSD-III-R uses the SCL-9O-R, the Impact of Events Scale (lES), and 12 Supplemental Items scored similar to the SCL-9O-R to assess PTSD. By using a general measure, a disaster-specific measure, and Supplemental Items specific to PTSD, the dimensions of PTSD can be assessed in a more thorough manner than with only one measure. Through the lES, the DSMPTSD-III-R and DSMPTSD-IV retain trauma-specific symptoms of intrusion and avoidance.

Research Thesis

This is a New Zealand classification of William Shakespeare's Measure For Measure . Title William Shakespeare's Measure For Measure Publication number 0900835.001 Medium Slick Current decision Approved Associated documents 90434_54_4_69776.pdf (Film Poster Decision) Registration date 2009-07-29 Language English Country United Kingdom Related publications 0900835.000 Classification body Office of Film and Literature Classification (1994–) Submission channel Section 12(1) - Labelling Body

A nice holder for storing a tape measure (or other things with that handy belt hook) on a IKEA SKADIS pegboard.

High resolution soft x-ray flare spectra recorded by Naval Research Laboratory (NRL) and Aerospace Corporation Bragg crystal spectrometers flown on an orbiting spacecraft (P78-1) are combined and analyzed. The instruments were launched on 1979 February 24 by the U.S. Air Force and the data discussed in this paper cover the wavelength ranges, 1.82-1.97 A, 3.14-3.24 A, and 18.4-23.0 A. The NRL experiment (SOLFLEX) covers the two short wavelength ranges (highly ionized Fe and Ca lines) and the Aerospace experiment (SOLEX) covers the 18.4-23.0 A range, which includes the Ly-alpha O VIII line and the resonance intercombination, and forbidden lines of O VII. We analyze the spectra of two flares which occurred on 1980 April 8 and May 9. Temporal coverage is fairly complete for both flares, including the rise and decay phases. Measurements of electron density Ne with rather high time resolution (about 1 minute) have been obtained throughout most of the lifetimes of the two flares. These measurements were obtained from the O VII lines and pertain to flare plasma at temperatures near 2,000,000 K. Peak density seems to occur slightly before the times of peak X-ray flux in the resonance lines of Fe XXV, Ca XIX, and O VII, and for both flares the peak density is about 10 to the 12th power/cc. Electron temperature Te as a function of time is determined from the Fe and Ca spectra. Peak temperature for both flares is about 18,000,000 K. Differential emission measures and volume emission measures are determined for the low (O VII) and high temperature (Fe, Ca) plasma.

Patients with early stage prostate cancer have excellent cause specific survival after definitive local therapy with radiation therapy or radical prostatectomy. However, regardless of race, men of lower socioeconomic status are less likely to receive definitive local therapy for early stage disease, and when such treatment is administered, they are more likely to die of their cancer. Men of lower socioeconomic status are also more likely to have treatment related complications after prostate cancer treatment. This suggests that disparities in treatment, rather than prostate cancer screening, may play a causative role in observed differences. Hypothesis: Socioeconomic disparities in prostate cancer survival are associated with distinct differences in quality of care. These distinct patterns can be identified and measured using standard medical diagnosis and treatment codes. Specific Aims: 1. To identify socioeconomic disparities in outcomes after treatment for localized prostate cancer. 2. To identify socioeconomic disparities in quality of care for localized prostate cancer. 3. To develop a tool to measure disparities in quality of care for localized prostate cancer.

We study the pointwise convergence of some weighted averages linked to averages along cubes. We show that if $(X,\mathcal{B},\mu, T_i)$ are not necessarily commuting measure preserving systems on the same finite measure space and if $f_i,$ $1\leq i\leq 6$ are bounded functions then the averages $$\frac{1}{N^3}\sum_{n, m, p=1}^N f_1(T_1^nx) f_2(T_2^mx) f_3(T_3^px) f_4(T_4^{n+m}x) f_5(T_5^{n+p}x) f_6(T_6^{m+p}x)$$ converge almost everywhere.

We study the pointwise convergence of some weighted averages linked to averages along cubes. We show that if $(X,\mathcal{B},\mu, T_i)$ are not necessarily commuting measure preserving systems on the same finite measure space and if $f_i,$ $1\leq i\leq 6$ are bounded functions then the averages $$\frac{1}{N^3}\sum_{n, m, p=1}^N f_1(T_1^nx) f_2(T_2^mx) f_3(T_3^px) f_4(T_4^{n+m}x) f_5(T_5^{n+p}x) f_6(T_6^{m+p}x)$$ converge almost everywhere.

Measure for measure. By Mr. William Shakespear. 1734.. Digitized from IA40313604-51 . Previous issue: bim_eighteenth-century_the-grecian-daughter-a-t_murphy-arthur_1796 . Next issue: bim_eighteenth-century_the-merchant-of-venice-_shakespeare-william_1734 .

This is a protocol for a systematic review that will identify, critically appraise, compare, and summarize the literature on the construct validity (hypotheses testing for discriminative validity), reliability (test-retest, intra-rater, inter-rater), measurement error, and responsiveness of the Flexion Relaxation Ratio in adults (≥18 years old) with or without spine pain (any duration), in either a clinical or research context.

See background.

The concept of uniform distribution in $[0,1]$ is extended for a certain strictly separated maximal (in the sense of cardinality) family $(\lambda_t)_{t \in [0,1]}$ of invariant extensions of the linear Lebesgue measure $\lambda$ in $[0.1]$, and it is shown that the $\lambda_t^{\infty}$ measure of the set of all $\lambda_t$-uniformly distributed sequences is equal to $1$, where $\lambda_t^{\infty}$ denotes the infinite power of the measure $\lambda_t$. This is an analogue of Hlawka's (1956) theorem for $\lambda_t$-uniformly distributed sequences. An analogy of Weyl's (1916) theorem is obtained in similar manner.

We discuss a numerical analysis employing the density of partition function zeroes which permits effective distinction between phase transitions of first and second order, elucidates crossover between such phase transitions and gives a new way to measure their strengths in the form of latent heat and critical exponents. Application to a number of models demonstrates the efficacy of the technique.

Concurrence, introduced by Hill and Wootters [Phys. Rev. Lett. 78, 5022 (1997)], provides an important measure of entanglement for a general pair of qubits that is faithful: strictly positive for entangled states and vanishing for all separable states. Such a measure captures the entire content of entanglement, providing necessary and sufficient conditions for separability. We present an extension of concurrence to multiparticle pure states in arbitrary dimensions by a new framework using the Lagrange's identity and wedge product representation of separability conditions, which coincides with the "I-concurrence" of Rungta et al. [Phys. Rev. A 64, 042315 (2001)] who proposed by extending Wootters's spin-flip operator to a so-called universal inverter superoperator. Our framework exposes an inherent geometry of entanglement, and may be useful for the further extensions to mixed and continuous variable states.

For a class of partially hyperbolic $C^k$, $k>1$ diffeomorphisms with circle center leaves we prove existence and finiteness of physical (or Sinai-Ruelle-Bowen) measures, whose basins cover a full Lebesgue measure subset of the ambient manifold. Our conditions contain an open and dense subset of all $C^k$ partially hyperbolic skew-products on compact circle bundles. Our arguments blend ideas from the theory of Gibbs states for diffeomorphisms with mostly contracting center direction together with recent progress in the theory of cocycles over hyperbolic systems that call into play geometric properties of invariant foliations such as absolute continuity. Recent results show that absolute continuity of the center foliation is often a rigid property among volume preserving systems. We prove that this is not at all the case in the dissipative setting, where absolute continuity can even be robust.

The validation of biclustering algorithms remains a challenging task, even though a number of measures have been proposed for evaluating the quality of these algorithms. Although no criterion is universally accepted as the overall best, a number of meta-evaluation conditions to be satisfied by biclustering algorithms have been enunciated. In this work, we present MOCICE-BCubed F$_1$, a new external measure for evaluating biclusterings, in the scenario where gold standard annotations are available for both the object clusters and the associated feature subspaces. Our proposal relies on the so-called micro-objects transformation and satisfies the most comprehensive set of meta-evaluation conditions so far enunciated for biclusterings. Additionally, the proposed measure adequately handles the occurrence of overlapping in both the object and feature spaces. Moreover, when used for evaluating traditional clusterings, which are viewed as a particular case of biclustering, the proposed measure also satisfies the most comprehensive set of meta-evaluation conditions so far enunciated for this task.

We study invariant probability measures on the homogeneous space $\mathrm{SL}_n(\mathbb R)/\mathrm{SL}_n(\mathbb Z)$ for the action of subgroups of $\mathrm{SL}_n(\mathbb R)$ of the form $SF$ where $F$ is generated by one parameter unipotent groups and $S$ is a one parameter $\mathbb R$-diagonalizable group normalizing $F$. Under the assumption that $S$ contains an element with only one eigenvalue less than one (counted with multiplicity) and others bigger than one we prove that all the $SF$ invariant and ergodic probability measures on $\mathrm{SL}_n(\mathbb R)/\mathrm{SL}_n(\mathbb Z)$ are homogeneous.

This gauge can be used to determine the Wraps Per Inch value for yarn with a missing label, or just homespun yarn. Just carefully wind the wool on the narrow section of the gauge which is exactly one inch wide, and count the number of wraps. The sheep image is just there to make it cute...

We give two examples of metric measure spaces satisfying the measure contraction property MCP(K,N) but having different topological dimensions at different regions of the space. The first one satisfies MCP(0,3) and contains a subset isometric to $\mathbb{R}$, but does not topologically split. The second space satisfies MCP(2,3) and has diameter $\pi$, which is the maximal possible diameter for a space satisfying MCP(N-1,N), but is not a topological spherical suspension. The latter example gives an answer to a question by Ohta.

The House yesterday sent a powerful and concrete message that America stands with our ally Israel as it battles Iranian aggression and its terrorist proxies. We commend the strong bipartisan majority in the House of Representatives that adopted the historic $14.3 billion emergency supplemental security assistance for Israel. We applaud the leadership of @SpeakerJohnson and Democratic Leader @RepJeffries in gaining passage of the measure. We also express our appreciation to the Biden Administration for originally proposing the emergency supplemental. In addition to the critical funding, the House adopted important provisions to combat the Iranian nuclear threat and intensify sanctions against Hamas and other Iranian terrorist proxies. Importantly, the legislation includes the Stop Harboring Iranian Petroleum Act to address Iranian oil exports to China. We urge the Senate to expeditiously act to ensure that this urgent legislation is sent to the President to be signed into law.

A generalized hybrid distance measure of a single value neutrosophic set (SVNS) is proposed to analyze the patient’s factors and diseases. Since Neutrosophic Set (NS) may communicate contradictory and ambiguous information, it is a crucial and useful tool for modelling uncertainty information. A distance measure for NS information is a key tool that is always employed in many approaches including medical diagnostics. Several distance measures in NS can be found in the literature, however, only a few of them proposed hybrid techniques. This paper aims to develop a new distance measure by considering exponential function and to define new hybrid distance measures for NS. The work also includes the formulation of the properties and application in the medical diagnosis for the validity phase. This study examines the possibility of cardiac problems in pregnant women. The eight factors considered in this study are age, obesity, smoking, family pathological history, personal pathological history, electrocardiogram, ultrasound, and functional class. The generalized hybrid distance measure has been used to discuss the factors of six different diseases, present consistent results.

"Damages: Measure for Wrongful Levy and Detention" is an article from Michigan Law Review, Volume 7 . View more articles from Michigan Law Review . View this article on JSTOR . View this article's JSTOR metadata . You may also retrieve all of this items metadata in JSON at the following URL: https://archive.org/metadata/jstor-1274097

*Description*: The light from the single quasar PG115+080 is split and distorted in this infrared image. Technical facts about this news release: Back to entire collection [ http://hubblesite.org/newscenter/archive/releases/index/377/ ] Next release [ http://hubblesite.org/newscenter/archive/releases/1998/36/ ] Previous release [ http://hubblesite.org/newscenter/archive/releases/1998/38/ ] *News Release Number:*: STScI-1998-37b

The Hilbert-Schmidt distance between a mixed three-qubit state and its closest state is used to quantify the amount of pairwise quantum correlations in a tripartite system. Analytical expressions of geometric quantum discord are derived. A particular attention is devoted to two special classes of three-qubit $X$ states. They include three-qubit states of ${\rm W}$, ${\rm GHZ}$ and Bell type. We also discuss the monogamy property of geometric quantum discord in some mixed three-qubit systems.

We investigate the stability of boron fullerene sets B76, B78 and B82. We evaluate the ground state energies, nucleus-independent chemical shift (NICS), the binding energies per atom and the band gap values by means of first-principles methods. We construct our fullerene design by capping of pentagons and hexagons of B60 cage in such a way that the total number of atoms is preserved. In doing so, a new hole density definition is proposed such that each member of a fullerene group has a different hole density which depends on the capping process. Our analysis reveal that each boron fullerene set has its lowest-energy configuration around the same normalized hole density and the most stable cages are found in the fullerene groups which have relatively large difference between the maximum and the minimum hole densities. The result is a new stability measure relating the cage geometry characterized by the hole density to the relative energy.

We adopt the concept of the composite parameterization of the unitary group U(d) to the special unitary group SU(d). Furthermore, we also consider the Haar measure in terms of the introduced parameters. We show that the well-defined structure of the parameterization leads to a concise formula for the normalized Haar measure on U(d) and SU(d). With regard to possible applications of our results, we consider the computation of high-order integrals over unitary groups.

We derive Concentration of Measure (CoM) inequalities for randomized Toeplitz matrices. These inequalities show that the norm of a high-dimensional signal mapped by a Toeplitz matrix to a low-dimensional space concentrates around its mean with a tail probability bound that decays exponentially in the dimension of the range space divided by a quantity which is a function of the signal. For the class of sparse signals, the introduced quantity is bounded by the sparsity level of the signal. However, we observe that this bound is highly pessimistic for most sparse signals and we show that if a random distribution is imposed on the non-zero entries of the signal, the typical value of the quantity is bounded by a term that scales logarithmically in the ambient dimension. As an application of the CoM inequalities, we consider Compressive Binary Detection (CBD).