Brief of Respondent

Samuel H. Sheppard, on April 11, 1963, was granted leave to file his Petition for a Writ of Habeas Corpus in forma pauperis. At the time of hearing Sheppard\u27s application for leave to file in forma pauperis, counsel for the petitioner propounded that the discretion which formerly reposed in Federal District Courts as to whether a writ of habeas corpus should or should not be granted no longer exists and that the writ must issue. Cases cited in support of this position were decided by the Supreme Court of the United States on March 18, 1963: Townsend v. Sain, No. 8, October Term, 1962, and Fay v. Noia, No. 84, October Term, 1962. This Court has directed that briefs be submitted dealing only with the question of whether it may exercise its discretion with respect to whether a writ of habeas corpus shall or shall not be issued. The Attorney General stated that these decisions had no application to the question at hand and did not in any way deny to the District Courts their long standing power to exercise sound judicial discretion; it merely elaborated certain rules which will be applied to the exercise of such discretion

Brief of Respondent

Samuel H. Sheppard, on April 11, 1963, was granted leave to file his Petition for a Writ of Habeas Corpus in forma pauperis. At the time of hearing Sheppard\u27s application for leave to file in forma pauperis, counsel for the petitioner propounded that the discretion which formerly reposed in Federal District Courts as to whether a writ of habeas corpus should or should not be granted no longer exists and that the writ must issue. Cases cited in support of this position were decided by the Supreme Court of the United States on March 18, 1963: Townsend v. Sain, No. 8, October Term, 1962, and Fay v. Noia, No. 84, October Term, 1962. This Court has directed that briefs be submitted dealing only with the question of whether it may exercise its discretion with respect to whether a writ of habeas corpus shall or shall not be issued. The Attorney General stated that these decisions had no application to the question at hand and did not in any way deny to the District Courts their long standing power to exercise sound judicial discretion; it merely elaborated certain rules which will be applied to the exercise of such discretion

Answer and Return of Writ

Respondent says that the record in this case affirmatively shows that the petitioner (Sheppard) was awarded a full and fair hearing in the state courts, resulting in reliable findings of fact, and that the state courts applied correct constitutional standards in disposing of the various claims of the petitioner. Respondent denies that the trial court erred in refusing to grant petitioner (Sheppard) a new trial on the ground of newly discovered evidence. Respondent denies that any relevant material or substantial evidence was suppressed by the prosecution or that any unjust tactics were used by the prosecuting authorities in the trial of this case. Respondent denies that the petitioner (Sheppard) was prevented from having a fair and impartial trial by the action of the trial judge as a result of the actions of the bailiffs in permitting the jurors to make telephone calls. Respondent denies that the trial judge coerced the jury into reaching a verdict, and avers that the fact that the jury deliberated for a period of five days merely shows the carefulness and consideration that the jury gave the mass of testimony and over 200 exhibits in the case. Respondent denies each and every other allegation in the petition not herein admitted to be true. Affirmatively, respondent alleges that petitioner was convicted in a court that had jurisdiction of his person and of the crime involved, that petitioner was not deprived of any of his constitutional rights, and that the facts upon which petitioner (Sheppard) relies, even if true, constitute mere error in the trial court, which is not cognizable in an action of habeas corpus. For the foregoing reasons, respondent prays that the petition herein be dismissed

Answer and Return of Writ

Respondent says that the record in this case affirmatively shows that the petitioner (Sheppard) was awarded a full and fair hearing in the state courts, resulting in reliable findings of fact, and that the state courts applied correct constitutional standards in disposing of the various claims of the petitioner. Respondent denies that the trial court erred in refusing to grant petitioner (Sheppard) a new trial on the ground of newly discovered evidence. Respondent denies that any relevant material or substantial evidence was suppressed by the prosecution or that any unjust tactics were used by the prosecuting authorities in the trial of this case. Respondent denies that the petitioner (Sheppard) was prevented from having a fair and impartial trial by the action of the trial judge as a result of the actions of the bailiffs in permitting the jurors to make telephone calls. Respondent denies that the trial judge coerced the jury into reaching a verdict, and avers that the fact that the jury deliberated for a period of five days merely shows the carefulness and consideration that the jury gave the mass of testimony and over 200 exhibits in the case. Respondent denies each and every other allegation in the petition not herein admitted to be true. Affirmatively, respondent alleges that petitioner was convicted in a court that had jurisdiction of his person and of the crime involved, that petitioner was not deprived of any of his constitutional rights, and that the facts upon which petitioner (Sheppard) relies, even if true, constitute mere error in the trial court, which is not cognizable in an action of habeas corpus. For the foregoing reasons, respondent prays that the petition herein be dismissed

Unkeyed jam resistance 300 times faster: The Inchworm hash

Abstract—An important problem is achieving jam resistance in omnidirectional radio communication without any shared secret or shared key. The only known algorithm that solves this problem is the BBC (Baird, Bahn, Collins) concurrent code [1]. However, BBC requires the choice of a hash function. The choice of hash determines both the speed and security of BBC. Cryptographic hashes such as the standard SHA-1 hash are not well suited for this application. We propose the Inchworm hash, a new algorithm specifically designed for use in BBC. We show that this avoids a theoretical weakness for this application that is present in SHA-1 due to the Small Internal State Theorem [2], and that it passes a simple battery of empirical tests. When used in BBC, Inchworm is over 300 times faster than SHA-1. This speeds up encoding and decoding by orders of magnitude, with great benefits for practical implementations of unkeyed jam resistance, especially on small, cheap radios. 1 I

Spatiotemporal Control of Opioid Signaling and Behavior

SummaryOptogenetics is now a widely accepted tool for spatiotemporal manipulation of neuronal activity. However, a majority of optogenetic approaches use binary on/off control schemes. Here, we extend the optogenetic toolset by developing a neuromodulatory approach using a rationale-based design to generate a Gi-coupled, optically sensitive, mu-opioid-like receptor, which we term opto-MOR. We demonstrate that opto-MOR engages canonical mu-opioid signaling through inhibition of adenylyl cyclase, activation of MAPK and G protein-gated inward rectifying potassium (GIRK) channels and internalizes with kinetics similar to that of the mu-opioid receptor. To assess in vivo utility, we expressed a Cre-dependent viral opto-MOR in RMTg/VTA GABAergic neurons, which led to a real-time place preference. In contrast, expression of opto-MOR in GABAergic neurons of the ventral pallidum hedonic cold spot led to real-time place aversion. This tool has generalizable application for spatiotemporal control of opioid signaling and, furthermore, can be used broadly for mimicking endogenous neuronal inhibition pathways

Near-Real-Time Acoustic Monitoring of Beaked Whales and Other Cetaceans Using a Seaglider™

In most areas, estimating the presence and distribution of cryptic marine mammal species, such as beaked whales, is extremely difficult using traditional observational techniques such as ship-based visual line transect surveys. Because acoustic methods permit detection of animals underwater, at night, and in poor weather conditions, passive acoustic observation has been used increasingly often over the last decade to study marine mammal distribution, abundance, and movements, as well as for mitigation of potentially harmful anthropogenic effects. However, there is demand for new, cost-effective tools that allow scientists to monitor areas of interest autonomously with high temporal and spatial resolution in near-real time. Here we describe an autonomous underwater vehicle – a glider – equipped with an acoustic sensor and onboard data processing capabilities to passively scan an area for marine mammals in near-real time. The glider was tested extensively off the west coast of the Island of Hawai'i, USA. The instrument covered approximately 390 km during three weeks at sea and collected a total of 194 h of acoustic data. Detections of beaked whales were successfully reported to shore in near-real time. Manual analysis of the recorded data revealed a high number of vocalizations of delphinids and sperm whales. Furthermore, the glider collected vocalizations of unknown origin very similar to those made by known species of beaked whales. The instrument developed here can be used to cost-effectively screen areas of interest for marine mammals for several months at a time. The near-real-time detection and reporting capabilities of the glider can help to protect marine mammals during potentially harmful anthropogenic activities such as seismic exploration for sub-sea fossil fuels or naval sonar exercises. Furthermore, the glider is capable of under-ice operation, allowing investigation of otherwise inaccessible polar environments that are critical habitats for many endangered marine mammal species

Polycyclic aromatic hydrocarbons as skin carcinogens:Comparison of benzo [a]pyrene, dibenzo[def,p]chrysene and three environmental mixtures in the FVB/N mouse

The polycyclic aromatic hydrocarbon (PAH), benzo[a]pyrene (BaP), was compared to dibenzo[def,p]chrysene (DBC) and combinations of three environmental PAH mixtures (coal tar, diesel particulate and cigarette smoke condensate) using a two stage, FVB/N mouse skin tumor model. DBC (4 nmol) was most potent, reaching 100% tumor incidence with a shorter latency to tumor formation, less than 20 weeks of 12-O-tetradecanoylphorbol-13-acetate (TPA) promotion compared to all other treatments. Multiplicity was 4 times greater than BaP (400 nmol). Both PAHs produced primarily papillomas followed by squamous cell carcinoma and carcinoma in situ. Diesel particulate extract (1 mg SRM 1650b; mix 1) did not differ from toluene controls and failed to elicit a carcinogenic response. Addition of coal tar extract (1 mg SRM 1597a; mix 2) produced a response similar to BaP. Further addition of 2 mg of cigarette smoke condensate (mix 3) did not alter the response with mix 2. PAH-DNA adducts measured in epidermis 12 h post initiation and analyzed by (32)P post- labeling, did not correlate with tumor incidence. PAH- dependent alteration in transcriptome of skin 12 h post initiation was assessed by microarray. Principal component analysis (sum of all treatments) of the 922 significantly altered genes (p<0.05), showed DBC and BaP to cluster distinct from PAH mixtures and each other. BaP and mixtures up-regulated phase 1 and 2 metabolizing enzymes while DBC did not. The carcinogenicity with DBC and two of the mixtures was much greater than would be predicted based on published Relative Potency Factors (RPFs)

Reading handwritten digits: a ZIP code recognition system

A neural network algorithm-based system that reads handwritten ZIP codes appearing on real US mail is described. The system uses a recognition-based segmenter, that is a hybrid of connected-components analysis (CCA), vertical cuts, and a neural network recognizer. Connected components that are single digits are handled by CCA. CCs that are combined or dissected digits are handled by the vertical-cut segmenter. The four main stages of processing are preprocessing, in which noise is removed and the digits are deslanted, CCA segmentation and recognition, vertical-cut-point estimation and segmentation, and directly lookup. The system was trained and tested on approximately 10000 images, five- and nine-digit ZIP code fields taken from real mail